&nbsp;Jeff Bezos says Blue Origin could eventually launch an initial public offering (IPO), giving investors one of the clearest indications yet that the privately held space company could enter the stock market. Bezos said the move is likely still several years away, but that it could make sense for Blue Origin to become a public company.&nbsp;The comments came after Blue Origin raised $10 billion from outside investors in its first such funding round. The development could put the company on a path towards a future stock market listing as interest in commercial space businesses continues to grow.<h2>Bezos says Blue Origin IPO could happen</h2>Speaking to Fox News Channel's Special Report with Bret Baier, Bezos said he expects Blue Origin to go public “someday”. He added that an IPO would be “several years from now”, while saying it probably makes sense for the company to become public at some point. The comments are significant because Bezos has historically funded much of Blue Origin himself. He said he has personally invested $28 billion in the company since founding it in 2000. The Wall Street Journal reported in September that Blue Origin's latest funding round valued the company at around $140 billion.<h2>Blue Origin takes on SpaceX</h2>Blue Origin was founded around 18 months before Elon Musk's SpaceX, but the two companies have followed very different paths. SpaceX has become the dominant commercial launch provider, while Blue Origin has spent years developing its launch systems and building a business around government and commercial contracts. Blue Origin has secured multibillion-dollar contracts from NASA and the US Space Force, including work connected to NASA's Artemis programme. A future IPO would give public-market investors an opportunity to gain exposure to Blue Origin's rockets, space infrastructure and other projects.It would also give the company another potential source of capital as it attempts to close the gap with SpaceX.<h2>New Glenn launch is the next big test</h2>Before an IPO, Blue Origin faces a more immediate challenge: getting its New Glenn rocket back into action. A launch-pad explosion during a static-fire test in May delayed the company's efforts to compete more aggressively in the commercial launch market. Bezos said Blue Origin plans to fly New Glenn again in December this year. The upcoming launch could therefore be an important test for the company's ambitions. Blue Origin is trying to prove that it can operate a reliable heavy-lift launch business while expanding its role in NASA's lunar programme and the wider commercial space market. For now, Bezos has not given a specific IPO date. But after the $10 billion funding round and his latest comments, the possibility of a Blue Origin stock market debut is looking more concrete than before.

Jeff Bezos says Blue Origin could pursue an IPO several years from now after raising $10 billion from outside investors. The space company is reportedly valued at $140 billion and is preparing to resume New Glenn launches as it competes with SpaceX.

Jeff Bezos says Blue Origin could eventually launch an initial public offering (IPO), giving investors one of the clearest indications yet that the privately held space company could enter the stock market. Bezos said the move is likely still several years away, but that it could make sense for Blue Origin to become a public company. The comments came after Blue Origin raised $10 billion from outside investors in its first such funding round. The development could put the company on a path towards a future stock market listing as interest in commercial space businesses continues to grow. Bezos says Blue Origin IPO could happen Speaking to Fox News Channel's Special Report with Bret Baier, Bezos said he expects Blue Origin to go public “someday”. He added that an IPO would be “several years from now”, while saying it probably makes sense for the company to become public at some point. The comments are significant because Bezos has historically funded much of Blue Origin himself. He said he has personally invested $28 billion in the company since founding it in 2000. The Wall Street Journal reported in September that Blue Origin's latest funding round valued the company at around $140 billion. Blue Origin takes on SpaceX Blue Origin was founded around 18 months before Elon Musk's SpaceX, but the two companies have followed very different paths. SpaceX has become the dominant commercial launch provider, while Blue Origin has spent years developing its launch systems and building a business around government and commercial contracts. Blue Origin has secured multibillion-dollar contracts from NASA and the US Space Force, including work connected to NASA's Artemis programme. A future IPO would give public-market investors an opportunity to gain exposure to Blue Origin's rockets, space infrastructure and other projects. It would also give the company another potential source of capital as it attempts to close the gap with SpaceX. New Glenn launch is the next big test Before an IPO, Blue Origin faces a more immediate challenge: getting its New Glenn rocket back into action. A launch-pad explosion during a static-fire test in May delayed the company's efforts to compete more aggressively in the commercial launch market. Bezos said Blue Origin plans to fly New Glenn again in December this year. The upcoming launch could therefore be an important test for the company's ambitions. Blue Origin is trying to prove that it can operate a reliable heavy-lift launch business while expanding its role in NASA's lunar programme and the wider commercial space market. For now, Bezos has not given a specific IPO date. But after the $10 billion funding round and his latest comments, the possibility of a Blue Origin stock market debut is looking more concrete than before.

Jeff Bezos says Blue Origin could pursue an IPO several years from now after raising $10 billion from outside investors. The space company is reportedly valued at $140 billion and is preparing to resume New Glenn launches as it competes with SpaceX.

Jeff Bezos says Blue Origin could go public in coming years after $10 billion funding boost

As Indian spacefaring rocketry is going through its most concerning and complicated slowdown in recent years (three launches in 2026: two government launches and one private launch), payloads from four Indian startups will by flying to space on Elon Musk's SpaceX Falcon-9 rocket. The four payloads from the Indian startups (TakeMe2Space, EON Space Labs, SatLeo Labs, DhruvaSpace), will be among 130 that are scheduled to reach Low Earth orbit (about 500kms above Earth) in the wee hours Indian time, Friday, (2nd October). The mission titled 'Transporter 18' is reportedly the 110th flight of the Falcon 9 rocket in this year. For context, India's highest number of launches (space launches and tests) were witnessed in the years 2018 and 2023, when government-run ISRO executed eight and seven launches, respectively.&nbsp;&nbsp;The three rockets that launched from Indian soil this year are: ISRO PSLV-C62 that launched in January; private firm Skyroot Aerospace Vikram-1 that launched in July; ISRO GSLV-F17 that launched in September. The PSLV-C62 mission was a mid-flight failure, which led to the loss of all 15 satellites from India and abroad. This failure was also similar to the PSLV-C61 failure that took place in May 2025. The repeat failure of ISRO's workhorse PSLV rockets and the related probe are some among the many reasons that have slowed down the launch pace.&nbsp;&nbsp;<h2>Indian payloads riding on SpaceX Transporter-18 mission</h2>&nbsp;<h3>MIRA Earth-imager by EON Space Labs</h3>&nbsp;EON Space Labs which has been developing electro-optical imaging systems for Earth-observation and surveillance is flying its miniaturised space telescope 'MIRA' to space. It is integrated with Indian startup TakeMe2Space’s MOI-1A satellite that will capture and process images in space. Weighing merely 502 grams, 'MIRA' enables imaging that supports diverse applications such as agriculture, marine, mining, supply-chain management and insurance.&nbsp;Punit Badeka, Co-founder, EON Space Labs told this author that the firm is building the entire optics in-house, with the goal of reducing import dependence on optical imaging technologies. He added that they are leveraging their patented technology to build ultra-long-range electro-optical imaging systems for the Indian Army and Indian Navy.&nbsp;MIRA flew on the ISRO PSLV-C62 mission which failed in January 2026. Punit recalled that it took over three years to develop the technology, while it took six months to build 'MIRA' for the first time. If we import an imaging system, it takes at least six months to get it. Queried about how they bounced back from the failure and re-built the hardware, he said that it now takes about four or six weeks to build the imaging hardware at their facility and that they are able to do it at scale. Given the very nature of space tech, we had contingency plans in place.&nbsp;<h3>'MOI-1A' in-orbit data processing satellite by TakeMe2Space</h3>&nbsp;Earth-imaging satellites capture vast amounts of data when passing over their areas of interest. However, that massive quantity of data has to be sent back to Earth and then it has to be filtered and analyzed to derive meaningful insights, a time consuming process. While this may seem practical for some purposes, it does not support the needs of defence and certain time-bound commercial applications. "What if the data captured and stored in the satellite, can be processed by an AI model running on the satellite? Then, we can access only the relevant information and send that specific, small quantity data to the user on Earth. This significantly saves time and also reduces the amount of data that needs to be sent down," Ronak Kumar Samantray, Founder and CEO, TakeMe2Space explained to this author.&nbsp;According to the firm, their 14-kg satellite carries 117 trillion operations per second (TOPS) of onboard computing capacity, 2 TB of storage and a nine-band multispectral imager supplied by EON Space Labs. These capabilities are designed support applications such as agricultural monitoring, mining and supply-chain intelligence.&nbsp;&nbsp;The company said it has signed up 23 customers for its in-orbit inference services. The upcoming mission marks a step towards commercial delivery of these services and the company’s longer-term development of orbital computing infrastructure.&nbsp;&nbsp;<h3>'TAPAS-1' by SatLeo Labs: Thermal Infrared imaging from space</h3>&nbsp;'TAPAS-1' (Thermal Access Platform for Analytics &amp; Solutions), developed by SatLeo Labs, is a commercial CubeSat-category thermal payload. It uses Thermal Infrared (TIR) sensing, to capture temperature information invisible to conventional optical imagery, enabling in-orbit demonstration and validation of SatLeo's technology.According to the firm, this mission lays the foundation for their next-generation thermal intelligence platforms, with applications spanning climate monitoring, agriculture, urban heat mapping, disaster management, and infrastructure monitoring, and represents a key step toward PYRO, SatLeo's flagship thermal constellation."Our payload weighs about 1.5kg and it is flying on Indian firm DhruvaSpace Leap 2 satellite platform. Thermal data of Earth's surface that we capture from space can be used for monitoring agriculture, forest fires, urban landscapes, heat index, and even defence applications. It can also be used to identify some issues in the power transmission infrastructure," explained Ranendu Ghosh, a former ISRO Scientist, who is the co-founder and CTO of Satleo Labs.&nbsp;<h3>LEAP-2 by Dhruva Space</h3>&nbsp;According to the firm, 'Launching Expeditions for Aspiring Payloads - 2' (LEAP-2) is Dhruva Space’s second commercial endeavour on the P-30 satellite platform, hosting multiple In-Orbit Demonstration (IOD) missions for global customers: a star tracker by France-based Sodern ArianeGroup; and TAPAS-1 by India-based Satleo Labs.Dhruva Space has also undertaken the end-to-end launch integration of the LEAP-2 satellite with SpaceX’s Falcon 9 launch vehicle, building on its experience with LEAP-1, where Dhruva Space became the first private Indian company to undertake the launch vehicle integration of its satellite in-house, it was added.LEAP-2 will also be supported by Dhruva Space’s growing global ground infrastructure, including its owned and operated ground station in Luleå, Sweden; the first NGE-owned and operated ground station outside India, authorised by the Government of India to provide Ground-Station-as-a-Service, the firm said.&nbsp;<h2>Why Indian startups chose to fly on a SpaceX rocket?</h2>&nbsp;Queried about their Satleo Labs' choice of a foreign launch vehicle, Ranendu pointed out that they did not find any option in India in accordance with their requirements. However, he added that they were in talks with ISRO's commercial arm NSIL for launching their TAPAS-2 satellite. "The choice of rocket should be available (in India) and it should be cost-effective," he added.&nbsp;&nbsp;Samantaray from TakeMe2Space highlighted that they chose SpaceX Falcon 9 based on the availability of the rocket and also the urgency to reach space, demonstrate their technology and immediately deliver the services for their customers, especially after the failed launch on PSLV-C62 in January this year. Asked about whether he had insured his satellite for the SpaceX flight, Samantaray revealed that he had not insured the satellite that flew on PSLV-C62. However, he had learnt his lesson and accordingly taken pre-launch, launch and third-party insurance for this satellite flying on SpaceX. On whether SpaceX offered a cheaper ride to space than ISRO,&nbsp;Samantaray mentioned that the SpaceX flight cost three times as much as the ISRO flight. However, he explained that slots on SpaceX rockets are among the cheapest when booking three years in advance, while booking months before a launch can prove very expensive.&nbsp;&nbsp;For EON Space Labs, the decision to fly SpaceX was based on urgency to reach space and prove their technology. Punit admitted that they did not find a launch from India within their desired timeframe. Further, he added that they were planning a few future launches on ISRO rockets.&nbsp;&nbsp;<h2>India's space launches: The gap between rhetoric and reality</h2>&nbsp;In February 2024, for the first time ever, Indian Government agency IN-SPACE (established by the Modi Government to support Indian space startups) had publicly released an "Integrated Launch Manifesto 2024-25". In the document, IN-SPACE mentioned that ISRO (Indian Space agency), ISRO's commercial arm NewSpace India Limited (NSIL), and startups would perform up to 30 rocket launch missions in the 15-month period between January 2024 and March 2025.&nbsp;Rhetoric aside, India executed only 7 of these 30 rocket launch missions in the said period. This amounts to meeting 23% of the target stated in the Government agency IN-SPACE's launch manifesto. Of the seven launch missions in the 15-month period, ISRO executed five, NSIL executed one mission for a foreign customer, and a private firm carried out a test launch. Space industry insiders told this author that Government agency IN-SPACE had decided to stop releasing launch manifestos after the debacle with their first.&nbsp;Let alone 30 launches in 15 months, there have only been 14 launches from Indian soil (12 ISRO and 2 private) in the 33 months between January 2024 and September 2026!&nbsp;&nbsp;For example, SpaceX which does the most number of space launches globally, had targeted 148 launches of their Falcon series of rockets in the year 2024, of which they accomplished 134 launches. SpaceX met 90% of its annual target, and has been drastically increasing its launch targets with every passing year. Every year, SpaceX gets within touching distance of its publicly stated target.&nbsp;Likewise, Rocket Lab, an American private firm that launches small spacefaring rockets had projected 22 launches in 2024, and ended up accomplishing 16 launches. Rocket Lab met 72% of its annual target. Though a small firm when compared to giants like SpaceX, Rocket Lab has been consistently increasing its number of launches with every passing year.&nbsp;Apart from the Government-run ISRO, only the private firm Skyroot Aerospace has launched to space from India. In July this year, private firm Skyroot Aerospace achieved what very few agencies or private firms have done: achieve orbit on their first launch. Skyroot's Vikram-1 is India's first privately designed and developed rocket, and its first flight was meant to test and validate all its systems and sub-systems. Skyroot's Founder and CEO Pawan told this author that the firm is targeting its second launch by the end of the year. While there are several other Indian startups racing to build their spacefaring rockets, they haven't reached orbit yet.&nbsp;Even the efforts by the L&amp;T-HAL consortium to build and launch their first "industry-built" ISRO PSLV rocket (in a mission dubbed PSLV-N1) is a work in progress. The launch that was initially planned around mid-2024 has seen multiple postponements, with no clear new launch date in sight. With more ISRO rockets such as SSLV and LVM3 being sold to Indian industry by IN-SPACE, and unrest brewing within ISRO ranks regarding the overreach of IN-SPACE, questions remain about regular rocket launches from home soil.

Earth-imaging satellites capture vast amounts of data when passing over their areas of interest. However, that massive quantity of data has to be sent back to Earth and then it has to be filtered and analyzed to derive meaningful insights, a time consuming process.

As Indian spacefaring rocketry is going through its most concerning and complicated slowdown in recent years (three launches in 2026: two government launches and one private launch), payloads from four Indian startups will by flying to space on Elon Musk's SpaceX Falcon-9 rocket. The four payloads from the Indian startups (TakeMe2Space, EON Space Labs, SatLeo Labs, DhruvaSpace), will be among 130 that are scheduled to reach Low Earth orbit (about 500kms above Earth) in the wee hours Indian time, Friday, (2nd October). The mission titled 'Transporter 18' is reportedly the 110th flight of the Falcon 9 rocket in this year. For context, India's highest number of launches (space launches and tests) were witnessed in the years 2018 and 2023, when government-run ISRO executed eight and seven launches, respectively. The three rockets that launched from Indian soil this year are: ISRO PSLV-C62 that launched in January; private firm Skyroot Aerospace Vikram-1 that launched in July; ISRO GSLV-F17 that launched in September. The PSLV-C62 mission was a mid-flight failure, which led to the loss of all 15 satellites from India and abroad. This failure was also similar to the PSLV-C61 failure that took place in May 2025. The repeat failure of ISRO's workhorse PSLV rockets and the related probe are some among the many reasons that have slowed down the launch pace. Indian payloads riding on SpaceX Transporter-18 mission MIRA Earth-imager by EON Space Labs EON Space Labs which has been developing electro-optical imaging systems for Earth-observation and surveillance is flying its miniaturised space telescope 'MIRA' to space. It is integrated with Indian startup TakeMe2Space’s MOI-1A satellite that will capture and process images in space. Weighing merely 502 grams, 'MIRA' enables imaging that supports diverse applications such as agriculture, marine, mining, supply-chain management and insurance. Punit Badeka, Co-founder, EON Space Labs told this author that the firm is building the entire optics in-house, with the goal of reducing import dependence on optical imaging technologies. He added that they are leveraging their patented technology to build ultra-long-range electro-optical imaging systems for the Indian Army and Indian Navy. MIRA flew on the ISRO PSLV-C62 mission which failed in January 2026. Punit recalled that it took over three years to develop the technology, while it took six months to build 'MIRA' for the first time. If we import an imaging system, it takes at least six months to get it. Queried about how they bounced back from the failure and re-built the hardware, he said that it now takes about four or six weeks to build the imaging hardware at their facility and that they are able to do it at scale. Given the very nature of space tech, we had contingency plans in place. 'MOI-1A' in-orbit data processing satellite by TakeMe2Space Earth-imaging satellites capture vast amounts of data when passing over their areas of interest. However, that massive quantity of data has to be sent back to Earth and then it has to be filtered and analyzed to derive meaningful insights, a time consuming process. While this may seem practical for some purposes, it does not support the needs of defence and certain time-bound commercial applications. "What if the data captured and stored in the satellite, can be processed by an AI model running on the satellite? Then, we can access only the relevant information and send that specific, small quantity data to the user on Earth. This significantly saves time and also reduces the amount of data that needs to be sent down," Ronak Kumar Samantray, Founder and CEO, TakeMe2Space explained to this author. According to the firm, their 14-kg satellite carries 117 trillion operations per second (TOPS) of onboard computing capacity, 2 TB of storage and a nine-band multispectral imager supplied by EON Space Labs. These capabilities are designed support applications such as agricultural monitoring, mining and supply-chain intelligence. The company said it has signed up 23 customers for its in-orbit inference services. The upcoming mission marks a step towards commercial delivery of these services and the company’s longer-term development of orbital computing infrastructure. 'TAPAS-1' by SatLeo Labs: Thermal Infrared imaging from space 'TAPAS-1' (Thermal Access Platform for Analytics & Solutions), developed by SatLeo Labs, is a commercial CubeSat-category thermal payload. It uses Thermal Infrared (TIR) sensing, to capture temperature information invisible to conventional optical imagery, enabling in-orbit demonstration and validation of SatLeo's technology. According to the firm, this mission lays the foundation for their next-generation thermal intelligence platforms, with applications spanning climate monitoring, agriculture, urban heat mapping, disaster management, and infrastructure monitoring, and represents a key step toward PYRO, SatLeo's flagship thermal constellation. "Our payload weighs about 1.5kg and it is flying on Indian firm DhruvaSpace Leap 2 satellite platform. Thermal data of Earth's surface that we capture from space can be used for monitoring agriculture, forest fires, urban landscapes, heat index, and even defence applications. It can also be used to identify some issues in the power transmission infrastructure," explained Ranendu Ghosh, a former ISRO Scientist, who is the co-founder and CTO of Satleo Labs. LEAP-2 by Dhruva Space According to the firm, 'Launching Expeditions for Aspiring Payloads - 2' (LEAP-2) is Dhruva Space’s second commercial endeavour on the P-30 satellite platform, hosting multiple In-Orbit Demonstration (IOD) missions for global customers: a star tracker by France-based Sodern ArianeGroup; and TAPAS-1 by India-based Satleo Labs. Dhruva Space has also undertaken the end-to-end launch integration of the LEAP-2 satellite with SpaceX’s Falcon 9 launch vehicle, building on its experience with LEAP-1, where Dhruva Space became the first private Indian company to undertake the launch vehicle integration of its satellite in-house, it was added. LEAP-2 will also be supported by Dhruva Space’s growing global ground infrastructure, including its owned and operated ground station in Luleå, Sweden; the first NGE-owned and operated ground station outside India, authorised by the Government of India to provide Ground-Station-as-a-Service, the firm said. Why Indian startups chose to fly on a SpaceX rocket? Queried about their Satleo Labs' choice of a foreign launch vehicle, Ranendu pointed out that they did not find any option in India in accordance with their requirements. However, he added that they were in talks with ISRO's commercial arm NSIL for launching their TAPAS-2 satellite. "The choice of rocket should be available (in India) and it should be cost-effective," he added. Samantaray from TakeMe2Space highlighted that they chose SpaceX Falcon 9 based on the availability of the rocket and also the urgency to reach space, demonstrate their technology and immediately deliver the services for their customers, especially after the failed launch on PSLV-C62 in January this year. Asked about whether he had insured his satellite for the SpaceX flight, Samantaray revealed that he had not insured the satellite that flew on PSLV-C62. However, he had learnt his lesson and accordingly taken pre-launch, launch and third-party insurance for this satellite flying on SpaceX. On whether SpaceX offered a cheaper ride to space than ISRO, Samantaray mentioned that the SpaceX flight cost three times as much as the ISRO flight. However, he explained that slots on SpaceX rockets are among the cheapest when booking three years in advance, while booking months before a launch can prove very expensive. For EON Space Labs, the decision to fly SpaceX was based on urgency to reach space and prove their technology. Punit admitted that they did not find a launch from India within their desired timeframe. Further, he added that they were planning a few future launches on ISRO rockets. India's space launches: The gap between rhetoric and reality In February 2024, for the first time ever, Indian Government agency IN-SPACE (established by the Modi Government to support Indian space startups) had publicly released an "Integrated Launch Manifesto 2024-25". In the document, IN-SPACE mentioned that ISRO (Indian Space agency), ISRO's commercial arm NewSpace India Limited (NSIL), and startups would perform up to 30 rocket launch missions in the 15-month period between January 2024 and March 2025. Rhetoric aside, India executed only 7 of these 30 rocket launch missions in the said period. This amounts to meeting 23% of the target stated in the Government agency IN-SPACE's launch manifesto. Of the seven launch missions in the 15-month period, ISRO executed five, NSIL executed one mission for a foreign customer, and a private firm carried out a test launch. Space industry insiders told this author that Government agency IN-SPACE had decided to stop releasing launch manifestos after the debacle with their first. Let alone 30 launches in 15 months, there have only been 14 launches from Indian soil (12 ISRO and 2 private) in the 33 months between January 2024 and September 2026! For example, SpaceX which does the most number of space launches globally, had targeted 148 launches of their Falcon series of rockets in the year 2024, of which they accomplished 134 launches. SpaceX met 90% of its annual target, and has been drastically increasing its launch targets with every passing year. Every year, SpaceX gets within touching distance of its publicly stated target. Likewise, Rocket Lab, an American private firm that launches small spacefaring rockets had projected 22 launches in 2024, and ended up accomplishing 16 launches. Rocket Lab met 72% of its annual target. Though a small firm when compared to giants like SpaceX, Rocket Lab has been consistently increasing its number of launches with every passing year. Apart from the Government-run ISRO, only the private firm Skyroot Aerospace has launched to space from India. In July this year, private firm Skyroot Aerospace achieved what very few agencies or private firms have done: achieve orbit on their first launch. Skyroot's Vikram-1 is India's first privately designed and developed rocket, and its first flight was meant to test and validate all its systems and sub-systems. Skyroot's Founder and CEO Pawan told this author that the firm is targeting its second launch by the end of the year. While there are several other Indian startups racing to build their spacefaring rockets, they haven't reached orbit yet. Even the efforts by the L&T-HAL consortium to build and launch their first "industry-built" ISRO PSLV rocket (in a mission dubbed PSLV-N1) is a work in progress. The launch that was initially planned around mid-2024 has seen multiple postponements, with no clear new launch date in sight. With more ISRO rockets such as SSLV and LVM3 being sold to Indian industry by IN-SPACE, and unrest brewing within ISRO ranks regarding the overreach of IN-SPACE, questions remain about regular rocket launches from home soil.

Earth-imaging satellites capture vast amounts of data when passing over their areas of interest. However, that massive quantity of data has to be sent back to Earth and then it has to be filtered and analyzed to derive meaningful insights, a time consuming process.

Amid domestic launch slowdown, four Indian startups' payloads fly on SpaceX rocket

SpaceX achieved another milestone on Monday when its Starship rocket entered orbit for the first time and deployed 26 V3 satellites. The historic event was livestreamed, and eagle-eyed viewers caught something strange in space. They spotted something trailing behind the spacecraft nearly eight minutes into the test flight. They saw a narrow and curved streak of pale blue light with a brighter white tip in the darkness behind the rocket.&nbsp;This visual at seven minutes and 55 seconds triggered speculations about the nature of this object. Most netizens are sure that it was a UFO, basically an unidentified object since its nature remains a mystery. It wasn't something that only a few people caught, but the comments showed that a lot of them noticed the bizarre object in the background. "I think we all just saw a UFO live-streamed," one wrote.Also Read: <a href="https://www.wionews.com/science/spacex-launches-starship-flight-14-to-earth-orbit-live-1790599062580">Starship’s 14th flight makes history, reaches orbit and deploys 26 Starlink V3 satellites</a><h2>ISS or mothership?</h2>Some think it is said it looks like a "mothership" which was "bigger than a city." Another stated, "I couldn't believe my eyes. I'm glad it wasn't just me that saw it." Others tried coming up with more practical answers, such as if the object could be the International Space Station or even a satellite. However, there is no clarity on whether it could have been either of the two.&nbsp;Meanwhile, one person suggested that the object visible was simply a streak of gas left behind by the Super Heavy booster. After the rocket separated, the booster had shut down and then fired up again for the return trip. It appears to be rising from behind Earth because it was hidden behind Earth's horizon. Another user confirmed that he saw it at six minutes and 35 seconds after launch, with a small, fuzzy blue-white patch appearing in the scene.&nbsp;

<blockquote class="twitter-tweet">I was able to zoom in on it a bit more. I still can&#39;t make it out myself. Anyone else? <a href="https://t.co/wG55SvaxAC">pic.twitter.com/wG55SvaxAC</a>&mdash; Name Cannot Be Blank (@DevanEaste98912) <a href="https://x.com/DevanEaste98912/status/2104781336196350353?ref_src=twsrc%5Etfw">September 29, 2026</a></blockquote> <script async src="https://platform.x.com/widgets.js" charset="utf-8"></script>

&nbsp;However, some of them grabbed the occasion to go all-out on the alien theory. One even tagged Elon Musk and asked, "Hey Elon, is this Mothership?" Engineer Kyle Holl linked it to one of the engines shutting down during the flight, writing, “Hmm, an engine out and then an alien battle cruiser uncloaks. Interesting.”<h2>Starship launch - SpaceX's largest rocket enters orbit</h2>Starship was launched at 8:46 am ET from SpaceX's Starbase on Monday, attempting to make history by reaching orbit. It successfully did so and even deployed its 26 payloads, the V3 satellites. Ground teams made contact with all of them. The rocket was supposed to stay in space for 10 hours, but the mission was cut short after one of the engines unexpectedly shut down. At 11:58 am, it tried to make a gentle splashdown, but erupted into a huge fireball.

Starship launch: SpaceX's live stream revealed a strange-looking object in the background which some people said could be a UFO. One expert said it was a gas streak from the booster, but most users continued to fire up alien theories.

SpaceX achieved another milestone on Monday when its Starship rocket entered orbit for the first time and deployed 26 V3 satellites. The historic event was livestreamed, and eagle-eyed viewers caught something strange in space. They spotted something trailing behind the spacecraft nearly eight minutes into the test flight. They saw a narrow and curved streak of pale blue light with a brighter white tip in the darkness behind the rocket. This visual at seven minutes and 55 seconds triggered speculations about the nature of this object. Most netizens are sure that it was a UFO, basically an unidentified object since its nature remains a mystery. It wasn't something that only a few people caught, but the comments showed that a lot of them noticed the bizarre object in the background. "I think we all just saw a UFO live-streamed," one wrote. Also Read: Starship’s 14th flight makes history, reaches orbit and deploys 26 Starlink V3 satellites ISS or mothership? Some think it is said it looks like a "mothership" which was "bigger than a city." Another stated, "I couldn't believe my eyes. I'm glad it wasn't just me that saw it." Others tried coming up with more practical answers, such as if the object could be the International Space Station or even a satellite. However, there is no clarity on whether it could have been either of the two. Meanwhile, one person suggested that the object visible was simply a streak of gas left behind by the Super Heavy booster. After the rocket separated, the booster had shut down and then fired up again for the return trip. It appears to be rising from behind Earth because it was hidden behind Earth's horizon. Another user confirmed that he saw it at six minutes and 35 seconds after launch, with a small, fuzzy blue-white patch appearing in the scene.

Starship launch: SpaceX's live stream revealed a strange-looking object in the background which some people said could be a UFO. One expert said it was a gas streak from the booster, but most users continued to fire up alien theories.

Mysterious object behind Starship fires up UFO theories - 'Hey Elon, is this...'

SpaceX's 14th test flight of Starship took off on Monday and made history by entering Earth's orbit for the first time. The rocket was given the go-ahead to move towards orbit after all tests were completed. The next step was the deployment of Starlink V3 satellites via Starship V3, with a total of 26 on board. All of them were successfully deployed, and the team posted in an update that it had made contact with all of them.&nbsp;&nbsp;

<blockquote class="twitter-tweet">The <a href="https://x.com/Starlink?ref_src=twsrc%5Etfw">@Starlink</a> team has made contact with all 26 satellites <a href="https://t.co/qiAubuhytS">https://t.co/qiAubuhytS</a>&mdash; SpaceX (@SpaceX) <a href="https://x.com/SpaceX/status/2104571161254474020?ref_src=twsrc%5Etfw">September 28, 2026</a></blockquote> <script async src="https://platform.x.com/widgets.js" charset="utf-8"></script>

<blockquote class="twitter-tweet">Starship’s 14th flight is set to launch on Monday, Sept 28. The 75-minute launch window opens at 7:15 a.m. CT. Live coverage of the mission starts ~35 minutes before launch → <a href="https://t.co/uQKQvgaTmJ">https://t.co/uQKQvgaTmJ</a>&mdash; SpaceX (@SpaceX) <a href="https://x.com/SpaceX/status/2104354931595423762?ref_src=twsrc%5Etfw">September 27, 2026</a></blockquote> <script async src="https://platform.x.com/widgets.js" charset="utf-8"></script>

Till now, all Starship test missions have been suborbital. Once the most powerful rocket ever made enters orbit, it will circle the planet about six times over 10 hours. The company completed a wet dress rehearsal on Thursday (September 24). It was stationed at Starbase with a 75-minute launch window that opened at &nbsp;8:15 am ET. The launch is being live-streamed and will be available on the SpaceX website and its X page.<h2>Starship, Moon and Mars</h2>Elon Musk plans to use the Starship to return humans to the Moon and even take them to Mars. His dream of building a human colony on the Red Planet depends on its ability to demonstrate orbital flight.&nbsp;With Starship, SpaceX is aiming to deploy its larger Starlink V3 satellites and help NASA return astronauts to the Moon. The company also wants to achieve full, rapid reusability to prove its commercial viability. &nbsp;Starship went around Earth six times before it was given the go-ahead to move towards orbit. As it successfully reached its destination, engineers on the ground erupted in applause. Later, it started deploying the V3 satellites, with a total of 26 of them on board. The team successfully made contact with two of them soon after deployment.<h2>Starlink V3 satellites&nbsp;</h2>&nbsp;Starlink V3 is SpaceX’s next-generation satellite platform designed specifically to harness the massive volume and mass capacity of the Starship launch system. Compared to previous generations, V3 upgrades the bandwidth, array size, and network processing capabilities.

Starship launch LIVE: SpaceX's most powerful rocket made history by successfully entering orbit for the first time. It also started deploying Starlink V3 satellites. The launch was telecast LIVE on SpaceX's website and its X page. Here is everything you need to know.

SpaceX's 14th test flight of Starship took off on Monday and made history by entering Earth's orbit for the first time. The rocket was given the go-ahead to move towards orbit after all tests were completed. The next step was the deployment of Starlink V3 satellites via Starship V3, with a total of 26 on board. All of them were successfully deployed, and the team posted in an update that it had made contact with all of them.

Starship launch LIVE: SpaceX's most powerful rocket made history by successfully entering orbit for the first time. It also started deploying Starlink V3 satellites. The launch was telecast LIVE on SpaceX's website and its X page. Here is everything you need to know.

Starship’s 14th flight makes history, reaches orbit and deploys 26 Starlink V3 satellites

India's space program has long been praised for delivering ambitious missions at comparatively low costs. But as global competition in the space sector intensifies, questions are emerging about the true economics of satellite launches and space exploration. How do Indian launch vehicles compare with those developed in the United States and other major space powers? As commercial space companies expand and governments invest heavily in next-generation capabilities, the debate over cost efficiency, innovation, and competitiveness is gaining momentum. This report examines the numbers behind space launches and whether India's reputation for low-cost space missions still holds true today.


Are Indian rockets too expensive? Why ISRO costs more than SpaceX

President Donald Trump has unveiled a major new push to accelerate America’s commercial space ambitions, with the United States targeting more than 1,000 rocket launches and spacecraft re-entries from American soil every year by 2030.

The new policy directs US government agencies to examine federal land for additional launch and re-entry sites while encouraging greater private-sector participation in space transportation.

Trump’s plans extend beyond Earth orbit. NASA has been directed to support commercial transportation to and from the Moon, robotic missions to Mars and eventually commercial human transportation to the Red Planet.

The announcement comes as the US-China space race intensifies, with both countries pursuing ambitious lunar programs. The United States is aiming to return astronauts to the lunar surface before 2030 and establish a more sustained presence on the Moon.

Trump Unveils Major US Space Push | 1,000+ Rocket Launches by 2030 | Moon & Mars Missions Accelerate

SpaceX, in its first-ever earnings report, showed a 92 per cent year-on-year increase in revenue to $7.8 billion, clearing the $6.83 billion forecasted by Wall Street analysts. The massive revenue drivers were Starlink Satellite with $4.29 billion, and the AI business with $2.18 billion. Overall, SpaceX made a net loss of $143 million in the three months to June, and a loss of $2 billion during the first six months of the year. But despite almost doubling the revenue, the SpaceX share fell by nearly 9 per cent in after-hours trading.&nbsp;CEO Elon Musk projected that SpaceX will reach a $100 billion annualised revenue run rate by December 2026 and hit $1trillion in revenue by 2030. Musk was extremely optimistic about further revenue growth from the Starlink Satellite business, suggesting that it would grow exponentially over the years and would operate most of the world's internet. This is the main engine of the company, and the total subscribers have roughly doubled to 12 million. "It's not out of the question that, at some point, Starlink will operate most of the world's internet," said Musk.Also Read: <a href="https://www.wionews.com/india-news/cjp-saurav-das-alleges-youtubers-broke-into-house-1785925398452">CJP's Saurav Das alleges YouTubers broke into his house, seeks Delhi Police action</a><h2>Shift towards an AI neo-cloud profit model</h2>The AI-driven revenue recorded a $1.2 billion loss, as the company have already spent $15.3 billion on infrastructure development. Most of SpaceXAI's $4.29 billion revenue came from renting out computing power, also known as the neo-cloud business, as the native AI model Grok lags.&nbsp;At the same time, its Capex spending also grew exponentially to $18.3 billion, increasing from $2.83 billion a year earlier. Bret Johnson, the Financial head of the company, said that this is likely to continue.Analysts suggest that Musk is going all in on AI data centres; in a few years, the company will resemble less like an AI innovation company and more like an AI infrastructure company with a satellite business along with it. Anthropic pays SpaceX $1.25 billion monthly for compute access to the Colossus data centre infrastructure; similarly, Google has signed a $920 million deal monthly starting in October 2026 to bridge its immediate GPU capacity shortfalls, which amounts to $30 billion through June 2029.&nbsp;"SpaceX expects to have built more than two gigawatts of computing capacity this year and by the end of next year will have close to 10 gigawatts of computing," Musk said.After the fall in SpaceX share prices, Elon Musk said that the investors are underestimating the firm. Musk is moving all in towards AI-infrastructure build-out. The only profitable part remains Starlink satellite, so calling the lack of investor confidence amounts to underestimating the firm will "be a stretch". Since its first trade, SpaceX has lost over $500 billion in market capitalisation and is down over 50 per cent from its intraday high, with shares trading around $109.80, well below both the first-trade price of $160.95 and the IPO price of $135. A lockup expiration on August 6 will free up more than $100 billion in shares for trading, an overhang that analysts say could weigh further on the stock. Insiders may sell up to the first 20 per cent of eligible shares.

SpaceX reported a 92% jump in revenue to $7.8 billion, but its shares fell 9% after earnings as investors weighed AI spending, losses and Starlink growth.

SpaceX, in its first-ever earnings report, showed a 92 per cent year-on-year increase in revenue to $7.8 billion, clearing the $6.83 billion forecasted by Wall Street analysts. The massive revenue drivers were Starlink Satellite with $4.29 billion, and the AI business with $2.18 billion. Overall, SpaceX made a net loss of $143 million in the three months to June, and a loss of $2 billion during the first six months of the year. But despite almost doubling the revenue, the SpaceX share fell by nearly 9 per cent in after-hours trading. CEO Elon Musk projected that SpaceX will reach a $100 billion annualised revenue run rate by December 2026 and hit $1trillion in revenue by 2030. Musk was extremely optimistic about further revenue growth from the Starlink Satellite business, suggesting that it would grow exponentially over the years and would operate most of the world's internet. This is the main engine of the company, and the total subscribers have roughly doubled to 12 million. "It's not out of the question that, at some point, Starlink will operate most of the world's internet," said Musk. Also Read: CJP's Saurav Das alleges YouTubers broke into his house, seeks Delhi Police action Shift towards an AI neo-cloud profit model The AI-driven revenue recorded a $1.2 billion loss, as the company have already spent $15.3 billion on infrastructure development. Most of SpaceXAI's $4.29 billion revenue came from renting out computing power, also known as the neo-cloud business, as the native AI model Grok lags. At the same time, its Capex spending also grew exponentially to $18.3 billion, increasing from $2.83 billion a year earlier. Bret Johnson, the Financial head of the company, said that this is likely to continue. Analysts suggest that Musk is going all in on AI data centres; in a few years, the company will resemble less like an AI innovation company and more like an AI infrastructure company with a satellite business along with it. Anthropic pays SpaceX $1.25 billion monthly for compute access to the Colossus data centre infrastructure; similarly, Google has signed a $920 million deal monthly starting in October 2026 to bridge its immediate GPU capacity shortfalls, which amounts to $30 billion through June 2029. "SpaceX expects to have built more than two gigawatts of computing capacity this year and by the end of next year will have close to 10 gigawatts of computing," Musk said. After the fall in SpaceX share prices, Elon Musk said that the investors are underestimating the firm. Musk is moving all in towards AI-infrastructure build-out. The only profitable part remains Starlink satellite, so calling the lack of investor confidence amounts to underestimating the firm will "be a stretch". Since its first trade, SpaceX has lost over $500 billion in market capitalisation and is down over 50 per cent from its intraday high, with shares trading around $109.80, well below both the first-trade price of $160.95 and the IPO price of $135. A lockup expiration on August 6 will free up more than $100 billion in shares for trading, an overhang that analysts say could weigh further on the stock. Insiders may sell up to the first 20 per cent of eligible shares.

SpaceX reported a 92% jump in revenue to $7.8 billion, but its shares fell 9% after earnings as investors weighed AI spending, losses and Starlink growth.

SpaceX revenue jumps 92%, but shares tumble 9% after first earnings report

AI spending is exploding, but profits are struggling to keep up. Tech giants are pouring hundreds of billions of dollars into AI infrastructure, data centres, and advanced computing systems, raising concerns among investors. With global AI-related capital expenditure estimated at around $725 billion and current AI revenue far lower, questions are growing about whether the AI boom is becoming too expensive. Are companies investing for the future-or creating the next tech bubble? Here's what the numbers reveal.

SpaceX revenue soars in public debut 

Elon Musk remains the world's richest person, but his fortune has suffered one of the sharpest declines ever recorded after heavy selling in Tesla and SpaceX shares. According to the Bloomberg Billionaires Index, Musk's net worth has fallen below the level it stood at before SpaceX's blockbuster stock market debut. His estimated fortune has dropped from around $1.45 trillion to just over $700 billion, wiping out roughly $650 billion in paper wealth within just a few weeks. The decline follows a steep correction in SpaceX shares, which have fallen around 45% since their record-breaking IPO, while Tesla stock has dropped approximately 17% after reporting weaker-than-expected second-quarter earnings.

Elon Musk Loses Nearly $650 Billion In Weeks | Tesla And SpaceX Selloff Ends Trillionaire Status

Tesla is reportedly considering separating its entire China business as part of preparations for a possible merger with SpaceX, according to a report by The Wall Street Journal. The proposed separation could take the form of a spinoff, sale or even a closure, although no final decision has been made. The reported move is attracting attention because China has become one of Tesla's biggest markets and manufacturing hubs. A split would mark one of the most significant corporate restructurings in the company's history and could have far-reaching implications for its global operations.<h2>Why is Tesla considering a China split?</h2>According to the report, some Tesla executives have already been instructed to prepare plans for separating the company's China operations. The reported strategy is linked to a possible future merger with SpaceX. Since SpaceX is a major US defence contractor, it operates under strict national security and foreign ownership rules. Separating Tesla's China business could make any merger easier by reducing potential regulatory and security concerns. The report also says Elon Musk had previously asked executives to prepare contingency plans in case geopolitical tensions around Taiwan disrupted Tesla's operations in China.<h2>China is central to Tesla's business</h2>Any separation would be a major strategic decision. China is not only one of Tesla's largest vehicle markets but also home to its Shanghai Gigafactory, one of the company's most productive manufacturing facilities. The factory supplies vehicles to customers across China and exports to several international markets, including parts of Europe and Asia.A sale or spinoff could reshape Tesla's global supply chain and manufacturing strategy while affecting its position in the world's largest electric vehicle market.<h2>No official confirmation yet</h2>Neither Tesla nor SpaceX has publicly confirmed the reported plans. The Wall Street Journal noted that discussions remain at an early stage, and the structure of any separation or even whether it proceeds at all could still change. If a merger between Tesla and SpaceX eventually moves forward, it would bring together two of Elon Musk's biggest companies. However, regulatory scrutiny, geopolitical tensions and Tesla's deep ties to China are likely to remain key factors before any deal could materialise.

Tesla is reportedly exploring options to separate its China business including a spinoff or sale as Elon Musk considers a possible merger with SpaceX. The move could ease US national security concerns but would significantly reshape Tesla's global manufacturing and business operations.

Tesla is reportedly considering separating its entire China business as part of preparations for a possible merger with SpaceX, according to a report by The Wall Street Journal. The proposed separation could take the form of a spinoff, sale or even a closure, although no final decision has been made. The reported move is attracting attention because China has become one of Tesla's biggest markets and manufacturing hubs. A split would mark one of the most significant corporate restructurings in the company's history and could have far-reaching implications for its global operations. Why is Tesla considering a China split? According to the report, some Tesla executives have already been instructed to prepare plans for separating the company's China operations. The reported strategy is linked to a possible future merger with SpaceX. Since SpaceX is a major US defence contractor, it operates under strict national security and foreign ownership rules. Separating Tesla's China business could make any merger easier by reducing potential regulatory and security concerns. The report also says Elon Musk had previously asked executives to prepare contingency plans in case geopolitical tensions around Taiwan disrupted Tesla's operations in China. China is central to Tesla's business Any separation would be a major strategic decision. China is not only one of Tesla's largest vehicle markets but also home to its Shanghai Gigafactory, one of the company's most productive manufacturing facilities. The factory supplies vehicles to customers across China and exports to several international markets, including parts of Europe and Asia.A sale or spinoff could reshape Tesla's global supply chain and manufacturing strategy while affecting its position in the world's largest electric vehicle market. No official confirmation yet Neither Tesla nor SpaceX has publicly confirmed the reported plans. The Wall Street Journal noted that discussions remain at an early stage, and the structure of any separation or even whether it proceeds at all could still change. If a merger between Tesla and SpaceX eventually moves forward, it would bring together two of Elon Musk's biggest companies. However, regulatory scrutiny, geopolitical tensions and Tesla's deep ties to China are likely to remain key factors before any deal could materialise.

Tesla is reportedly exploring options to separate its China business including a spinoff or sale as Elon Musk considers a possible merger with SpaceX. The move could ease US national security concerns but would significantly reshape Tesla's global manufacturing and business operations.

Tesla may sell its China business as Elon Musk explores SpaceX merger: Report

A SpaceX Falcon 9 rocket stage that has been tumbling in space since January 2025 is set to crash into the Moon next month. The event will also be visible from Earth, provided you have a telescope. The rocket will carve a new crater in the Moon, throwing plumes of lunar dust several kilometres high in the air.&nbsp;The rocket delivered Firefly Aerospace's Blue Ghost lander and ispace's Resilience lander towards the Moon in 2025. But it did not have enough fuel left to return to Earth's atmosphere or take a trip into deep space. It has been in an unstable orbit since then after escaping Earth's gravity. It has now been caught in the Moon's gravity and is moving towards it. An upcoming collision will be visible from Earth.<h2>When will SpaceX rocket crash into Moon?</h2> The rocket will collide with the Moon on August 5. The impact will happen near the Einstein Crater at 12:05 pm IST. A new study that hasn't been peer-reviewed yet has presented what to expect from the crash. Astronomer Bill Gray tracked the object using his Project Pluto software and was the first to reveal the details of the impact.<h2>How big is the SpaceX rocket?</h2>The SpaceX rocket is nearly 40 feet long, 13 feet wide, and weighs 4,000 kg. It will strike the Moon at a speed of nearly 8,750 km/hr. It will gouge a crater in the lunar surface measuring about 65 to 100 feet wide. It will send lunar regolith flying for several kilometres into the air. The rocket itself is expected to fall apart since it is hollow.&nbsp;Since the event is happening during the day, professional and amateur astronomers can see the flash and dust plume, and even click pictures if they have cameras suited for the event.&nbsp; &nbsp;

The Moon will have a new crater soon, which will be made by a man-made object. A SpaceX rocket is tumbling towards the Moon and will crash next month. You can see the impact, flash and plume of dust from Earth.

A SpaceX Falcon 9 rocket stage that has been tumbling in space since January 2025 is set to crash into the Moon next month. The event will also be visible from Earth, provided you have a telescope. The rocket will carve a new crater in the Moon, throwing plumes of lunar dust several kilometres high in the air. The rocket delivered Firefly Aerospace's Blue Ghost lander and ispace's Resilience lander towards the Moon in 2025. But it did not have enough fuel left to return to Earth's atmosphere or take a trip into deep space. It has been in an unstable orbit since then after escaping Earth's gravity. It has now been caught in the Moon's gravity and is moving towards it. An upcoming collision will be visible from Earth. When will SpaceX rocket crash into Moon? The rocket will collide with the Moon on August 5. The impact will happen near the Einstein Crater at 12:05 pm IST. A new study that hasn't been peer-reviewed yet has presented what to expect from the crash. Astronomer Bill Gray tracked the object using his Project Pluto software and was the first to reveal the details of the impact. How big is the SpaceX rocket? The SpaceX rocket is nearly 40 feet long, 13 feet wide, and weighs 4,000 kg. It will strike the Moon at a speed of nearly 8,750 km/hr. It will gouge a crater in the lunar surface measuring about 65 to 100 feet wide. It will send lunar regolith flying for several kilometres into the air. The rocket itself is expected to fall apart since it is hollow. Since the event is happening during the day, professional and amateur astronomers can see the flash and dust plume, and even click pictures if they have cameras suited for the event.

The Moon will have a new crater soon, which will be made by a man-made object. A SpaceX rocket is tumbling towards the Moon and will crash next month. You can see the impact, flash and plume of dust from Earth.

Watch a SpaceX rocket crash into the moon at 8,750 km/hr on THIS day

SpaceX's latest attempt to launch its giant Starship rocket ended dramatically on the launch pad after an automatic abort stopped the mission just moments before liftoff in South Texas.The countdown had reached zero, the launch pad's water deluge system activated and the Super Heavy booster began igniting its engines. But within seconds, the engines shut down and the mission was cancelled automatically. Soon afterwards, Elon Musk explained the reason on X, saying that some of the Raptor engines failed to start, triggering the onboard safety system. He added that SpaceX will replace two engines and target another launch attempt next week.<h2>What went wrong during launch?</h2>According to SpaceX's live broadcast, multiple engines failed to ignite properly during startup.The Starship system relies on dozens of Raptor engines firing in a carefully timed sequence. If enough engines fail to reach required performance, onboard software immediately aborts the launch to prevent a catastrophic failure. The automatic shutdown worked exactly as intended, avoiding damage to the rocket and launch infrastructure. Engineers must now safely drain thousands of tonnes of cryogenic methane and liquid oxygen before inspecting the affected engines and preparing the vehicle for another attempt.<h2>Why this mission mattered</h2>This was more than another Starship test.SpaceX planned to launch the first third-generation Starlink satellites, representing the next evolution of its global satellite internet network. Although the satellites were expected to burn up after deployment because Starship has yet to demonstrate a complete orbital mission, the flight would have validated key technologies for future operational launches. The mission also marked Starship's return after May's first Version 3 (V3) test flight, during which both the Super Heavy booster and upper stage experienced technical issues despite achieving several important milestones.The US Federal Aviation Administration (FAA) only cleared SpaceX to fly again earlier this week after reviewing corrective actions following the previous test.<h2>Starship remains central to SpaceX's future</h2>Despite the setback, Starship remains the centrepiece of SpaceX's long-term strategy.The fully reusable rocket is designed to carry massive satellite payloads, support future Moon missions under NASA's Artemis programme and eventually transport humans to Mars.It is also expected to deploy larger and more capable Starlink satellites that could significantly expand SpaceX's satellite broadband business—the company's biggest source of revenue. The launch attempt also came weeks after SpaceX's record-breaking public listing. Investor attention has intensified as the company works to prove Starship can become a reliable commercial launch system.While the aborted launch disappointed spectators, it also demonstrated the importance of automated safety systems. Rather than risking an explosion after detecting abnormal engine performance, Starship shut itself down exactly as designed. If repairs proceed as planned, SpaceX hopes to try again as early as next week.

SpaceX aborted its latest Starship launch seconds before liftoff after multiple Raptor engines failed to ignite. Elon Musk said two engines will be replaced before another launch attempt next week, delaying the company's first mission carrying third-generation Starlink satellites.

SpaceX's latest attempt to launch its giant Starship rocket ended dramatically on the launch pad after an automatic abort stopped the mission just moments before liftoff in South Texas. The countdown had reached zero, the launch pad's water deluge system activated and the Super Heavy booster began igniting its engines. But within seconds, the engines shut down and the mission was cancelled automatically. Soon afterwards, Elon Musk explained the reason on X, saying that some of the Raptor engines failed to start, triggering the onboard safety system. He added that SpaceX will replace two engines and target another launch attempt next week. What went wrong during launch? According to SpaceX's live broadcast, multiple engines failed to ignite properly during startup. The Starship system relies on dozens of Raptor engines firing in a carefully timed sequence. If enough engines fail to reach required performance, onboard software immediately aborts the launch to prevent a catastrophic failure. The automatic shutdown worked exactly as intended, avoiding damage to the rocket and launch infrastructure. Engineers must now safely drain thousands of tonnes of cryogenic methane and liquid oxygen before inspecting the affected engines and preparing the vehicle for another attempt. Why this mission mattered This was more than another Starship test. SpaceX planned to launch the first third-generation Starlink satellites, representing the next evolution of its global satellite internet network. Although the satellites were expected to burn up after deployment because Starship has yet to demonstrate a complete orbital mission, the flight would have validated key technologies for future operational launches. The mission also marked Starship's return after May's first Version 3 (V3) test flight, during which both the Super Heavy booster and upper stage experienced technical issues despite achieving several important milestones. The US Federal Aviation Administration (FAA) only cleared SpaceX to fly again earlier this week after reviewing corrective actions following the previous test. Starship remains central to SpaceX's future Despite the setback, Starship remains the centrepiece of SpaceX's long-term strategy. The fully reusable rocket is designed to carry massive satellite payloads, support future Moon missions under NASA's Artemis programme and eventually transport humans to Mars. It is also expected to deploy larger and more capable Starlink satellites that could significantly expand SpaceX's satellite broadband business—the company's biggest source of revenue. The launch attempt also came weeks after SpaceX's record-breaking public listing. Investor attention has intensified as the company works to prove Starship can become a reliable commercial launch system. While the aborted launch disappointed spectators, it also demonstrated the importance of automated safety systems. Rather than risking an explosion after detecting abnormal engine performance, Starship shut itself down exactly as designed. If repairs proceed as planned, SpaceX hopes to try again as early as next week.

SpaceX aborted its latest Starship launch seconds before liftoff after multiple Raptor engines failed to ignite. Elon Musk said two engines will be replaced before another launch attempt next week, delaying the company's first mission carrying third-generation Starlink satellites.

SpaceX aborts Starship launch seconds before liftoff after engine failure; Elon Musk says next attempt next week

Donald Trump claimed that newly declassified intelligence reveals China compromised millions of U.S. voter records and exposed vulnerabilities in America's election infrastructure. The announcement comes as the U.S. launches a sixth consecutive night of strikes on Iranian military targets, while tensions continue to rise across West Asia. CENTCOM also intensified maritime operations near Iran as Ukraine reported deadly Russian missile strikes on Odesa. Meanwhile, North Korea pledged stronger ties with China, SpaceX aborted its latest Starship launch seconds before liftoff, and Japan's stock market plunged amid growing concerns over the AI sector.

Stay tuned for the latest international developments, geopolitical updates, defence news, breaking headlines, and global affairs.

Trump claims China hacked U.S. election data | U.S. strikes Iran again | Starship launch aborted 

SpaceX shares are under pressure as investors brace for a massive lock-up expiry that could release 911 million shares into the market. Analysts warn the stock could face further volatility after falling nearly 30% from its record highs. The decline has also dented Elon Musk's net worth, raising concerns over the company's near-term outlook despite its $1.8 trillion valuation.


Elon Musk's fortune takes a hit as SpaceX shares fall

SpaceX shares are under pressure as investors brace for a massive lock-up expiry that could release 911 million shares into the market. Analysts warn the stock could face further volatility after falling nearly 30% from its record highs. The decline has also dented Elon Musk's net worth, raising concerns over the company's near-term outlook despite its $1.8 trillion valuation.

Elon Musk's fortune takes a hit as SpaceX shares fall 

Speculation is growing over reports that SpaceX may be developing a sleek AI-powered handset after claims emerged that a "handset-like" device was shown to investors. The report suggested the prototype could be slimmer than an iPhone and designed around advanced artificial intelligence features. However, Elon Musk has publicly dismissed the claims, calling the report false.


SpaceX AI phone report emerges, Elon Musk calls it false

China is rapidly expanding its state-backed Spacesail satellite network as it seeks to challenge Starlink in the global satellite internet race. The company aims to deploy more than 10,000 satellites by 2030, dramatically increasing its presence in low-Earth orbit. As competition intensifies over the future of global connectivity, Spacesail is positioning itself as a major player in broadband internet services, with ambitions reaching far beyond China's borders.


China's Spacesail Challenges Starlink With Ambitious 10,000-Satellite Plan

SpaceX has reportedly entered the exclusive $3 trillion valuation club, cementing its position as one of the world's most valuable private companies. Yet the milestone comes with a striking contradiction: the company is still losing billions of dollars annually as it pours resources into ambitious projects like Starship, Starlink and deep-space exploration. Supporters see SpaceX as the future of global connectivity and space travel, while critics question whether its soaring valuation can be justified without sustained profitability. The debate over growth versus profits is only intensifying.


SpaceX Hits $3 Trillion Valuation Despite Billions In Annual Losses

SpaceX has achieved another milestone just days after its historic stock market debut. The company has surpassed Amazon in market value after a surge in its share price pushed its valuation above $2.7 trillion. The rally has added roughly $1 trillion to SpaceX's value since it went public last week, making it the fifth-most valuable company in the world.&nbsp;The rapid rise has attracted attention because SpaceX's financial profile looks very different from many of the companies it now rivals. While Amazon generated around $78 billion in profit on $717 billion in revenue during 2025, SpaceX reported a loss of $4.9 billion on revenue of $18.7 billion. Yet investors continue to push the stock higher.<h2>Why SpaceX shares are rising so quickly</h2>The latest jump came after SpaceX announced plans to acquire AI coding startup Cursor in a $60 billion all-stock deal. The acquisition is seen as a major step in the company's effort to strengthen its artificial intelligence business. Investors appear to be focusing less on current earnings and more on SpaceX's long-term growth potential. The company has increasingly positioned itself as more than a space and satellite operator. It is now promoting opportunities in artificial intelligence, computing infrastructure and enterprise software.&nbsp;That broader vision is helping fuel investor enthusiasm.The AI factor behind SpaceX's valuationArtificial intelligence has become a central part of the SpaceX investment story.&nbsp;Earlier this year, Elon Musk's AI company, xAI, became part of SpaceX's wider business structure. Since then, the company has highlighted massive opportunities in AI infrastructure and enterprise applications. SpaceX has argued that its addressable AI market could eventually be measured in trillions of dollars.<h2>The Cursor acquisition fits directly into that strategy</h2>Cursor has emerged as one of the fastest-growing AI coding platforms and is viewed as a key player in the rapidly expanding market for autonomous software development tools. For investors, the deal signals that SpaceX intends to compete aggressively in AI rather than remain focused solely on rockets and satellites.&nbsp;A historic IPO with unusual characteristics, SpaceX's public listing was already attracting attention before the stock surge. The company debuted with a valuation of roughly $1.7 trillion and raised nearly $86 billion through the offering. However, only around 4 per cent of SpaceX's shares were made available for public trading.&nbsp;Market analysts had warned that such a limited float could lead to significant price swings because a relatively small amount of buying or selling activity could have a larger impact on the share price.&nbsp;<h2>That prediction appears to be playing out.</h2>Since listing, SpaceX shares have experienced sharp gains as investor demand continues to outpace available supply.Overtaking Amazon is symbolically significant. Amazon is one of the most profitable and influential companies in the world, with businesses spanning e-commerce, cloud computing, logistics, advertising and artificial intelligence. SpaceX, by comparison, remains a much younger company with significantly lower revenue and ongoing losses. The gap highlights how investors are increasingly valuing future growth opportunities rather than current financial performance. Supporters believe SpaceX's position in space technology, satellite communications and artificial intelligence could create enormous long-term value.<h2>The next test for SpaceX</h2>The company's soaring valuation now places even greater pressure on management to deliver. Investors will be watching closely to see whether SpaceX can successfully integrate Cursor, expand its AI operations and justify the ambitious forecasts that helped drive its share price higher.For now, however, the market appears convinced. Just days after completing the largest IPO in history, SpaceX has overtaken Amazon and joined the ranks of the world's most valuable companies.

SpaceX has overtaken Amazon to become the world's fifth-most valuable company after a sharp rally in its share price.

SpaceX has achieved another milestone just days after its historic stock market debut. The company has surpassed Amazon in market value after a surge in its share price pushed its valuation above $2.7 trillion. The rally has added roughly $1 trillion to SpaceX's value since it went public last week, making it the fifth-most valuable company in the world. The rapid rise has attracted attention because SpaceX's financial profile looks very different from many of the companies it now rivals. While Amazon generated around $78 billion in profit on $717 billion in revenue during 2025, SpaceX reported a loss of $4.9 billion on revenue of $18.7 billion. Yet investors continue to push the stock higher. Why SpaceX shares are rising so quickly The latest jump came after SpaceX announced plans to acquire AI coding startup Cursor in a $60 billion all-stock deal. The acquisition is seen as a major step in the company's effort to strengthen its artificial intelligence business. Investors appear to be focusing less on current earnings and more on SpaceX's long-term growth potential. The company has increasingly positioned itself as more than a space and satellite operator. It is now promoting opportunities in artificial intelligence, computing infrastructure and enterprise software. That broader vision is helping fuel investor enthusiasm. The AI factor behind SpaceX's valuation Artificial intelligence has become a central part of the SpaceX investment story. Earlier this year, Elon Musk's AI company, xAI, became part of SpaceX's wider business structure. Since then, the company has highlighted massive opportunities in AI infrastructure and enterprise applications. SpaceX has argued that its addressable AI market could eventually be measured in trillions of dollars. The Cursor acquisition fits directly into that strategy Cursor has emerged as one of the fastest-growing AI coding platforms and is viewed as a key player in the rapidly expanding market for autonomous software development tools. For investors, the deal signals that SpaceX intends to compete aggressively in AI rather than remain focused solely on rockets and satellites. A historic IPO with unusual characteristics, SpaceX's public listing was already attracting attention before the stock surge. The company debuted with a valuation of roughly $1.7 trillion and raised nearly $86 billion through the offering. However, only around 4 per cent of SpaceX's shares were made available for public trading. Market analysts had warned that such a limited float could lead to significant price swings because a relatively small amount of buying or selling activity could have a larger impact on the share price. That prediction appears to be playing out. Since listing, SpaceX shares have experienced sharp gains as investor demand continues to outpace available supply. Overtaking Amazon is symbolically significant. Amazon is one of the most profitable and influential companies in the world, with businesses spanning e-commerce, cloud computing, logistics, advertising and artificial intelligence. SpaceX, by comparison, remains a much younger company with significantly lower revenue and ongoing losses. The gap highlights how investors are increasingly valuing future growth opportunities rather than current financial performance. Supporters believe SpaceX's position in space technology, satellite communications and artificial intelligence could create enormous long-term value. The next test for SpaceX The company's soaring valuation now places even greater pressure on management to deliver. Investors will be watching closely to see whether SpaceX can successfully integrate Cursor, expand its AI operations and justify the ambitious forecasts that helped drive its share price higher. For now, however, the market appears convinced. Just days after completing the largest IPO in history, SpaceX has overtaken Amazon and joined the ranks of the world's most valuable companies.

SpaceX has overtaken Amazon to become the world's fifth-most valuable company after a sharp rally in its share price.

SpaceX is now worth more than Amazon after gaining $1 trillion in market value

Just a few days after completing one of the most closely watched public listings in technology history, SpaceX has announced another major move. The company has agreed to acquire AI coding startup Cursor in a $60 billion all-stock deal, according to details released by the company. The transaction comes less than two months after the companies announced a strategic partnership and marks one of the largest acquisitions ever involving an AI software company. The move is attracting attention not only because of its size, but also because of what it signals about SpaceX's future priorities.<h2>Why SpaceX wants Cursor</h2>SpaceX says the acquisition is designed to strengthen its artificial intelligence division, which has become a central part of the company's long-term strategy. The AI unit is built around xAI, Elon Musk's artificial intelligence company, which merged with SpaceX earlier this year. SpaceX has repeatedly highlighted AI as one of its biggest growth opportunities, telling investors that artificial intelligence could eventually represent a multi-trillion-dollar market. Cursor specialises in AI-powered coding tools that help developers write, edit and improve software. The company has emerged as one of the fastest-growing names in the AI industry as demand for autonomous coding assistants has surged.By bringing Cursor into the business, SpaceX gains access to technology that many believe could become a core part of the next generation of software development.<h2>A startup that grew at remarkable speed</h2>Founded in 2022 under the name Anysphere, Cursor quickly became one of the most talked-about AI startups. The company participated in OpenAI's startup accelerator programme and attracted significant investor interest as AI coding tools gained popularity. Before the acquisition announcement, Cursor was reportedly preparing a new funding round that could have valued the company at around $50 billion. The startup had already raised billions of dollars from investors over the past two years and built a reputation as one of the strongest challengers in the rapidly growing AI coding market.The timing is hard to ignoreThe acquisition arrives at a pivotal moment for SpaceX. Following its blockbuster IPO, the company's share price surged, adding hundreds of billions of dollars to its market value in a matter of days. That stronger valuation may have made a large stock-based acquisition easier to execute. At the same time, SpaceX's AI division has faced challenges. The company has been restructuring parts of its AI operations while attempting to address controversies surrounding AI-generated content and the performance of some products. The Cursor deal appears aimed at accelerating development while bringing in proven AI talent and technology.<h2>A bet on the future of AI</h2>SpaceX has repeatedly argued that artificial intelligence represents one of the largest opportunities in technology. Company presentations have highlighted opportunities ranging from AI infrastructure to enterprise software applications. Cursor fits directly into that strategy because software development is increasingly becoming one of the most important uses of generative AI. Many industry analysts believe coding assistants could become standard tools for developers in the coming years. If that happens, Cursor could become one of the most strategically important acquisitions in SpaceX's history.&nbsp;SpaceX expects the transaction to close during the third quarter, subject to customary approvals. For investors, the deal offers an early indication of how the company plans to use its newly strengthened position following its public listing. For the wider technology industry, it underscores a broader trend: competition in artificial intelligence is moving beyond chatbots and into specialised tools that can automate increasingly complex tasks. The acquisition also sends a clear message. SpaceX is no longer positioning itself solely as a space and satellite company. It is increasingly presenting itself as a major AI player, and the Cursor deal may be one of its boldest moves yet.

SpaceX has agreed to acquire AI coding startup Cursor in a $60 billion stock deal shortly after its blockbuster IPO. The acquisition strengthens the company's AI ambitions, expands its software capabilities and signals a deeper push into the fast-growing market for autonomous coding tools.

Just a few days after completing one of the most closely watched public listings in technology history, SpaceX has announced another major move. The company has agreed to acquire AI coding startup Cursor in a $60 billion all-stock deal, according to details released by the company. The transaction comes less than two months after the companies announced a strategic partnership and marks one of the largest acquisitions ever involving an AI software company. The move is attracting attention not only because of its size, but also because of what it signals about SpaceX's future priorities. Why SpaceX wants Cursor SpaceX says the acquisition is designed to strengthen its artificial intelligence division, which has become a central part of the company's long-term strategy. The AI unit is built around xAI, Elon Musk's artificial intelligence company, which merged with SpaceX earlier this year. SpaceX has repeatedly highlighted AI as one of its biggest growth opportunities, telling investors that artificial intelligence could eventually represent a multi-trillion-dollar market. Cursor specialises in AI-powered coding tools that help developers write, edit and improve software. The company has emerged as one of the fastest-growing names in the AI industry as demand for autonomous coding assistants has surged. By bringing Cursor into the business, SpaceX gains access to technology that many believe could become a core part of the next generation of software development. A startup that grew at remarkable speed Founded in 2022 under the name Anysphere, Cursor quickly became one of the most talked-about AI startups. The company participated in OpenAI's startup accelerator programme and attracted significant investor interest as AI coding tools gained popularity. Before the acquisition announcement, Cursor was reportedly preparing a new funding round that could have valued the company at around $50 billion. The startup had already raised billions of dollars from investors over the past two years and built a reputation as one of the strongest challengers in the rapidly growing AI coding market. The timing is hard to ignore The acquisition arrives at a pivotal moment for SpaceX. Following its blockbuster IPO, the company's share price surged, adding hundreds of billions of dollars to its market value in a matter of days. That stronger valuation may have made a large stock-based acquisition easier to execute. At the same time, SpaceX's AI division has faced challenges. The company has been restructuring parts of its AI operations while attempting to address controversies surrounding AI-generated content and the performance of some products. The Cursor deal appears aimed at accelerating development while bringing in proven AI talent and technology. A bet on the future of AI SpaceX has repeatedly argued that artificial intelligence represents one of the largest opportunities in technology. Company presentations have highlighted opportunities ranging from AI infrastructure to enterprise software applications. Cursor fits directly into that strategy because software development is increasingly becoming one of the most important uses of generative AI. Many industry analysts believe coding assistants could become standard tools for developers in the coming years. If that happens, Cursor could become one of the most strategically important acquisitions in SpaceX's history. SpaceX expects the transaction to close during the third quarter, subject to customary approvals. For investors, the deal offers an early indication of how the company plans to use its newly strengthened position following its public listing. For the wider technology industry, it underscores a broader trend: competition in artificial intelligence is moving beyond chatbots and into specialised tools that can automate increasingly complex tasks. The acquisition also sends a clear message. SpaceX is no longer positioning itself solely as a space and satellite company. It is increasingly presenting itself as a major AI player, and the Cursor deal may be one of its boldest moves yet.

SpaceX has agreed to acquire AI coding startup Cursor in a $60 billion stock deal shortly after its blockbuster IPO. The acquisition strengthens the company's AI ambitions, expands its software capabilities and signals a deeper push into the fast-growing market for autonomous coding tools.

SpaceX to acquire Cursor for $60 billion: Why it could be the company's most important deal yet

Wall Street closed a volatile week on a high note amid renewed peace progress hopes. The run-up in SpaceX boosted investor confidence, leading some on Wall Street to believe other stocks may be undervalued.


What Moved Global Markets This Week?

Today, SpaceX is one of the world's most valuable companies, while Elon Musk ranks among the richest people on the planet. The company's public listing in 2026 pushed its valuation into the trillion-dollar range and further boosted Musk's fortune.&nbsp;But two decades ago, SpaceX was a small start-up attempting something few thought possible. Its first rocket, Falcon 1, represented years of work, millions of dollars in investment and a major gamble by Musk, who had largely funded the company himself.<h2>How much did Falcon 1 actually cost?</h2>According to SpaceX, the Falcon 1 rocket was designed to be significantly cheaper than competing launch vehicles. The advertised launch price for Falcon 1 was around $6.7 million for early missions. Later versions were priced at roughly $7.9 million. However, the actual cost to develop Falcon 1 was much higher. Industry estimates and comments from Musk suggest SpaceX spent well over $100 million developing the company and its early launch capabilities. Musk invested much of the money he earned from the sale of PayPal into SpaceX, with around $100 million going into the venture during its early years. In simple terms, while a single Falcon 1 launch carried a price tag of several million dollars, the broader effort behind the rocket cost far more.<h2>The first launch ended in failure</h2>The first Falcon 1 mission lifted off from Omelek Island in the Marshall Islands on March 24, 2006. The rocket flew for less than a minute before a fuel leak caused a fire in the engine compartment. The vehicle lost control and the mission ended in failure. For a young company with limited resources, the setback was significant. Yet SpaceX engineers used the data from the mission to identify problems and improve the rocket.Three failures before successThe first launch was not the only setback.A second Falcon 1 launch in 2007 also failed to reach orbit. A third mission in August 2008 came close but ultimately failed because of a stage separation issue. By that point, SpaceX was under intense financial pressure. Many observers believed the company might not survive another failure.<h2>The launch that changed everything</h2>The breakthrough came on September 28, 2008. Falcon 1 successfully reached orbit on its fourth attempt, becoming the first privately developed liquid-fuel rocket to do so. The success transformed SpaceX's future. The company later developed the Falcon 9 rocket, Dragon spacecraft and Starlink satellite network. It became a key partner for NASA and grew into a global space industry leader.&nbsp;<h2>Why Falcon 1 still matters today</h2>Compared with modern space programmes costing billions of dollars, Falcon 1 was relatively inexpensive. Yet its impact was enormous. The rocket proved that a private company could build and launch orbital rockets at a lower cost than many traditional competitors. What began as a project costing millions eventually helped create a company now valued in the trillions. The first Falcon 1 launch may have failed, but it marked the beginning of SpaceX's rise from start-up to space powerhouse.

Falcon 1's early launch price was about $6.7 million, but the broader effort behind SpaceX's first rocket cost far more. The first mission failed in 2006, yet the lessons learned helped pave the way for a company now valued in the trillions.


Today, SpaceX is one of the world's most valuable companies, while Elon Musk ranks among the richest people on the planet. The company's public listing in 2026 pushed its valuation into the trillion-dollar range and further boosted Musk's fortune. But two decades ago, SpaceX was a small start-up attempting something few thought possible. Its first rocket, Falcon 1, represented years of work, millions of dollars in investment and a major gamble by Musk, who had largely funded the company himself. How much did Falcon 1 actually cost? According to SpaceX, the Falcon 1 rocket was designed to be significantly cheaper than competing launch vehicles. The advertised launch price for Falcon 1 was around $6.7 million for early missions. Later versions were priced at roughly $7.9 million. However, the actual cost to develop Falcon 1 was much higher. Industry estimates and comments from Musk suggest SpaceX spent well over $100 million developing the company and its early launch capabilities. Musk invested much of the money he earned from the sale of PayPal into SpaceX, with around $100 million going into the venture during its early years. In simple terms, while a single Falcon 1 launch carried a price tag of several million dollars, the broader effort behind the rocket cost far more. The first launch ended in failure The first Falcon 1 mission lifted off from Omelek Island in the Marshall Islands on March 24, 2006. The rocket flew for less than a minute before a fuel leak caused a fire in the engine compartment. The vehicle lost control and the mission ended in failure. For a young company with limited resources, the setback was significant. Yet SpaceX engineers used the data from the mission to identify problems and improve the rocket. Three failures before success The first launch was not the only setback. A second Falcon 1 launch in 2007 also failed to reach orbit. A third mission in August 2008 came close but ultimately failed because of a stage separation issue. By that point, SpaceX was under intense financial pressure. Many observers believed the company might not survive another failure. The launch that changed everything The breakthrough came on September 28, 2008. Falcon 1 successfully reached orbit on its fourth attempt, becoming the first privately developed liquid-fuel rocket to do so. The success transformed SpaceX's future. The company later developed the Falcon 9 rocket, Dragon spacecraft and Starlink satellite network. It became a key partner for NASA and grew into a global space industry leader. Why Falcon 1 still matters today Compared with modern space programmes costing billions of dollars, Falcon 1 was relatively inexpensive. Yet its impact was enormous. The rocket proved that a private company could build and launch orbital rockets at a lower cost than many traditional competitors. What began as a project costing millions eventually helped create a company now valued in the trillions. The first Falcon 1 launch may have failed, but it marked the beginning of SpaceX's rise from start-up to space powerhouse.

Falcon 1's early launch price was about $6.7 million, but the broader effort behind SpaceX's first rocket cost far more. The first mission failed in 2006, yet the lessons learned helped pave the way for a company now valued in the trillions.

How much did SpaceX's first Falcon 1 rocket launch actually cost?

SpaceX is now one of the biggest names in the space industry. The company recently made history with its public listing, becoming one of the world's most valuable businesses and helping push Elon Musk's wealth to record levels. Before the company successfully reached orbit, it suffered three consecutive rocket failures. By 2008, money was running low, pressure was mounting and the future of the company depended on one final attempt.<h2>SpaceX's first three launches all failed</h2>Founded in 2002 by Elon Musk, SpaceX set out to reduce the cost of space travel and challenge an industry long dominated by governments and large aerospace firms. The company's first rocket, Falcon 1, was designed as a small, relatively low-cost launch vehicle. Its first launch took place in March 2006. The mission failed shortly after lift-off due to a fuel leak and engine fire. A second launch followed in March 2007. Although the rocket performed better, it still failed to reach orbit. The third attempt came in August 2008. This launch got closer than the previous two, but a stage separation issue caused another failure. By then, SpaceX had spent years developing its technology without achieving its main goal.<h2>The fourth launch changed the company's future</h2>After three failures, many companies would have struggled to continue. SpaceX pressed ahead with a fourth Falcon 1 launch on September 28, 2008. This time, the mission succeeded. The rocket became the first privately developed liquid-fuel rocket to reach Earth orbit. The achievement was widely seen as a turning point for the commercial space industry. The success arrived at a crucial moment. Musk later revealed that both SpaceX and Tesla were under significant financial pressure during 2008, with resources becoming increasingly limited.<h2>From survival mode to a space industry leader</h2>The successful Falcon 1 mission helped prove that SpaceX's technology worked. In the years that followed, the company developed the Falcon 9 rocket, Dragon spacecraft and the Starlink satellite internet network. It also became a major partner of NASA.Today, SpaceX carries astronauts into orbit, launches satellites for customers around the world and plays a key role in the growing commercial space sector. Its public listing in 2026 marked another milestone. The company entered the market with a valuation measured in trillions of dollars, making it one of the most valuable firms in the world. The listing also boosted Musk's fortune, cementing his position as the world's richest person.<h2>Why those early failures still matter</h2>SpaceX's story is often cited as an example of persistence in the face of repeated setbacks.The company failed three consecutive Falcon 1 launches before finally reaching orbit on its fourth attempt. Today, that fourth launch is remembered as one of the most important moments in SpaceX's history. Without it, the company that now launches astronauts, operates thousands of satellites and commands a trillion-dollar valuation might never have survived.

Before becoming one of the world's most valuable companies, SpaceX endured three failed Falcon 1 launches. Its breakthrough came on the fourth attempt in 2008, a mission that helped transform the company and changed the future of commercial spaceflight.

SpaceX is now one of the biggest names in the space industry. The company recently made history with its public listing, becoming one of the world's most valuable businesses and helping push Elon Musk's wealth to record levels. Before the company successfully reached orbit, it suffered three consecutive rocket failures. By 2008, money was running low, pressure was mounting and the future of the company depended on one final attempt. SpaceX's first three launches all failed Founded in 2002 by Elon Musk, SpaceX set out to reduce the cost of space travel and challenge an industry long dominated by governments and large aerospace firms. The company's first rocket, Falcon 1, was designed as a small, relatively low-cost launch vehicle. Its first launch took place in March 2006. The mission failed shortly after lift-off due to a fuel leak and engine fire. A second launch followed in March 2007. Although the rocket performed better, it still failed to reach orbit. The third attempt came in August 2008. This launch got closer than the previous two, but a stage separation issue caused another failure. By then, SpaceX had spent years developing its technology without achieving its main goal. The fourth launch changed the company's future After three failures, many companies would have struggled to continue. SpaceX pressed ahead with a fourth Falcon 1 launch on September 28, 2008. This time, the mission succeeded. The rocket became the first privately developed liquid-fuel rocket to reach Earth orbit. The achievement was widely seen as a turning point for the commercial space industry. The success arrived at a crucial moment. Musk later revealed that both SpaceX and Tesla were under significant financial pressure during 2008, with resources becoming increasingly limited. From survival mode to a space industry leader The successful Falcon 1 mission helped prove that SpaceX's technology worked. In the years that followed, the company developed the Falcon 9 rocket, Dragon spacecraft and the Starlink satellite internet network. It also became a major partner of NASA. Today, SpaceX carries astronauts into orbit, launches satellites for customers around the world and plays a key role in the growing commercial space sector. Its public listing in 2026 marked another milestone. The company entered the market with a valuation measured in trillions of dollars, making it one of the most valuable firms in the world. The listing also boosted Musk's fortune, cementing his position as the world's richest person. Why those early failures still matter SpaceX's story is often cited as an example of persistence in the face of repeated setbacks. The company failed three consecutive Falcon 1 launches before finally reaching orbit on its fourth attempt. Today, that fourth launch is remembered as one of the most important moments in SpaceX's history. Without it, the company that now launches astronauts, operates thousands of satellites and commands a trillion-dollar valuation might never have survived.

Before becoming one of the world's most valuable companies, SpaceX endured three failed Falcon 1 launches. Its breakthrough came on the fourth attempt in 2008, a mission that helped transform the company and changed the future of commercial spaceflight.

How many times did SpaceX's rockets fail before their first successful launch?

Elon Musk has renewed his ambitious promise to take humanity to Mars as SpaceX makes its much-anticipated Wall Street debut. The move marks a major moment for the private space industry, with investors closely watching the company’s future in space exploration, satellite technology and commercial launches.

Musk Vows to Reach Mars As SpaceX Makes Wall Street Debut 

The artificial intelligence boom is entering a new phase. OpenAI has confidentially filed for a US initial public offering (IPO), marking a major milestone for one of the world's most influential AI firms. The filing comes just days after rival Anthropic, the company behind Claude AI, also began preparations for a public market debut. Together with SpaceX, the three companies could test investor appetite for some of the largest technology listings in modern history.&nbsp;While OpenAI did not reveal the size or timing of the offering, reports suggest the company could target a valuation of up to $1 trillion. If achieved, it would place OpenAI among the most valuable technology companies ever to enter public markets.<h2>Why OpenAI's IPO is attracting global attention</h2>OpenAI has become one of the defining companies of the artificial intelligence era. Since launching ChatGPT in late 2022, the company has played a central role in bringing generative AI into mainstream use. Businesses, students, developers and consumers now use AI tools for everything from writing and coding to research and customer service. According to information shared during recent fundraising discussions, OpenAI has more than 900 million weekly active ChatGPT users and over 50 million paying consumer subscribers worldwide. The company also reported generating approximately $2 billion in monthly revenue earlier this year.&nbsp;Those numbers have helped fuel investor enthusiasm and explain why OpenAI's potential IPO is being viewed as one of the most significant technology offerings of the decade.<h2>Anthropic and SpaceX are also heading to public markets</h2>OpenAI is not alone. Anthropic, one of OpenAI's biggest competitors, recently filed confidentially for its own IPO. The company was recently valued at approximately $965 billion after a major funding round and has seen growing demand for products such as Claude AI and Claude Code. Meanwhile, Elon Musk's SpaceX has already filed for a public offering that could value the company at around $1.75 trillion. Reports suggest the offering could raise as much as $75 billion, potentially making it the largest IPO in history.&nbsp;Together, these listings represent a major test for public markets and could shape investor sentiment towards technology and artificial intelligence companies for years to come. The AI era is becoming a major investment theme. Artificial intelligence has rapidly become one of the most important investment themes globally. Over the past three years, companies developing advanced AI systems have attracted hundreds of billions of dollars in investment. Investors believe AI could transform industries including healthcare, education, finance, manufacturing, cybersecurity and software development.<h2>OpenAI's rapid growth has become one of the strongest examples of that trend</h2>The company reportedly raised funding earlier this year at a valuation of around $840 billion from investors including SoftBank, Amazon and Nvidia. Its growth rate has also drawn attention, with reports suggesting revenue has expanded much faster than many technology giants did during their early years.&nbsp;OpenAI still faces challenges Despite its growth, OpenAI faces several challenges.&nbsp;The company has reportedly told investors that it does not expect to become profitable until 2030. Developing and operating advanced AI systems requires enormous investments in computing infrastructure, data centres and specialised AI chips.<h2>Competition is also increasing</h2>Anthropic continues to gain momentum with its Claude family of models, while Google, Meta, Microsoft, Amazon and other firms continue investing heavily in AI research and development. Investors are increasingly asking whether AI companies can maintain rapid innovation while also building sustainable businesses.&nbsp;<h2>Why investors are watching model progress closely</h2>According to analysts, one of the key factors influencing future valuations will be innovation. The value of companies such as OpenAI and Anthropic depends heavily on their ability to continue improving AI capabilities. If technological progress slows significantly, investors may begin questioning the high valuations assigned to AI firms. So far, however, there is little evidence of a slowdown. New models continue to improve reasoning, coding, search, cybersecurity and multimodal capabilities at a rapid pace, keeping investor interest high.&nbsp;<h2>OpenAI's unusual structure remains under scrutiny</h2> Another factor attracting attention is OpenAI's corporate structure.The company began in 2015 as a nonprofit research organisation before creating a for-profit arm in 2019 to raise the capital needed for AI development. That structure has remained a subject of debate, particularly after the brief removal and return of CEO Sam Altman in late 2023. In recent years, OpenAI has moved towards a public benefit corporation structure to support future fundraising while maintaining aspects of its original mission. The issue also became part of a legal dispute with Elon Musk, who accused the company of moving away from its founding goals. A US jury ultimately ruled in favour of OpenAI earlier this year.

OpenAI files for IPO as AI boom enters new phase. With Anthropic and SpaceX also preparing listings, trillion-dollar valuations and rapid growth are driving investor interest while raising questions about profitability and long-term sustainability.

The artificial intelligence boom is entering a new phase. OpenAI has confidentially filed for a US initial public offering (IPO), marking a major milestone for one of the world's most influential AI firms. The filing comes just days after rival Anthropic, the company behind Claude AI, also began preparations for a public market debut. Together with SpaceX, the three companies could test investor appetite for some of the largest technology listings in modern history. While OpenAI did not reveal the size or timing of the offering, reports suggest the company could target a valuation of up to $1 trillion. If achieved, it would place OpenAI among the most valuable technology companies ever to enter public markets. Why OpenAI's IPO is attracting global attention OpenAI has become one of the defining companies of the artificial intelligence era. Since launching ChatGPT in late 2022, the company has played a central role in bringing generative AI into mainstream use. Businesses, students, developers and consumers now use AI tools for everything from writing and coding to research and customer service. According to information shared during recent fundraising discussions, OpenAI has more than 900 million weekly active ChatGPT users and over 50 million paying consumer subscribers worldwide. The company also reported generating approximately $2 billion in monthly revenue earlier this year. Those numbers have helped fuel investor enthusiasm and explain why OpenAI's potential IPO is being viewed as one of the most significant technology offerings of the decade. Anthropic and SpaceX are also heading to public markets OpenAI is not alone. Anthropic, one of OpenAI's biggest competitors, recently filed confidentially for its own IPO. The company was recently valued at approximately $965 billion after a major funding round and has seen growing demand for products such as Claude AI and Claude Code. Meanwhile, Elon Musk's SpaceX has already filed for a public offering that could value the company at around $1.75 trillion. Reports suggest the offering could raise as much as $75 billion, potentially making it the largest IPO in history. Together, these listings represent a major test for public markets and could shape investor sentiment towards technology and artificial intelligence companies for years to come. The AI era is becoming a major investment theme. Artificial intelligence has rapidly become one of the most important investment themes globally. Over the past three years, companies developing advanced AI systems have attracted hundreds of billions of dollars in investment. Investors believe AI could transform industries including healthcare, education, finance, manufacturing, cybersecurity and software development. OpenAI's rapid growth has become one of the strongest examples of that trend The company reportedly raised funding earlier this year at a valuation of around $840 billion from investors including SoftBank, Amazon and Nvidia. Its growth rate has also drawn attention, with reports suggesting revenue has expanded much faster than many technology giants did during their early years. OpenAI still faces challenges Despite its growth, OpenAI faces several challenges. The company has reportedly told investors that it does not expect to become profitable until 2030. Developing and operating advanced AI systems requires enormous investments in computing infrastructure, data centres and specialised AI chips. Competition is also increasing Anthropic continues to gain momentum with its Claude family of models, while Google, Meta, Microsoft, Amazon and other firms continue investing heavily in AI research and development. Investors are increasingly asking whether AI companies can maintain rapid innovation while also building sustainable businesses. Why investors are watching model progress closely According to analysts, one of the key factors influencing future valuations will be innovation. The value of companies such as OpenAI and Anthropic depends heavily on their ability to continue improving AI capabilities. If technological progress slows significantly, investors may begin questioning the high valuations assigned to AI firms. So far, however, there is little evidence of a slowdown. New models continue to improve reasoning, coding, search, cybersecurity and multimodal capabilities at a rapid pace, keeping investor interest high. OpenAI's unusual structure remains under scrutiny Another factor attracting attention is OpenAI's corporate structure. The company began in 2015 as a nonprofit research organisation before creating a for-profit arm in 2019 to raise the capital needed for AI development. That structure has remained a subject of debate, particularly after the brief removal and return of CEO Sam Altman in late 2023. In recent years, OpenAI has moved towards a public benefit corporation structure to support future fundraising while maintaining aspects of its original mission. The issue also became part of a legal dispute with Elon Musk, who accused the company of moving away from its founding goals. A US jury ultimately ruled in favour of OpenAI earlier this year.

OpenAI files for IPO as AI boom enters new phase. With Anthropic and SpaceX also preparing listings, trillion-dollar valuations and rapid growth are driving investor interest while raising questions about profitability and long-term sustainability.

The AI IPO wave is here: OpenAI files confidentially for an IPO after Anthropic

Elon Musk-led SpaceX is aiming to raise around $75 billion through an initial public offering (IPO), according to a regulatory filing released on Wednesday (June 03). The proposed share sale would value the rocket and satellite company at approximately $1.765 trillion, making it one of the world's most valuable companies.&nbsp;SpaceX said it plans to offer 555,555,555 shares at an initial price of $135 per share. With nearly 13 billion shares outstanding, the company would achieve a valuation of about $1.765 trillion if the IPO moves forward.&nbsp;The offering would comfortably surpass the current record for the largest IPO, held by Saudi Aramco, which raised $25.6 billion when it went public in 2019. Founded in 2002, SpaceX has grown into a leading player in the global space industry and is widely credited with reshaping commercial spaceflight. A key part of the company's success has been its focus on reusable rocket technology.&nbsp;&nbsp;Also Read: <a href="https://www.wionews.com/world/trump-signs-order-making-easier-to-fire-8-000-senior-federal-employees-1780528495794">Trump signs executive order making easier to fire 8,000 senior federal employees</a>&nbsp;Through its Falcon 9 programme, SpaceX pioneered the routine recovery and reuse of rocket boosters, helping lower launch costs and increase the frequency of missions. The company has successfully landed and reused Falcon 9 boosters more than 600 times.<h2>First private company to dock with ISS</h2>SpaceX reached another major milestone in 2012 when it became the first private company to dock a spacecraft with the International Space Station (ISS), one year after NASA retired its Space Shuttle programme.&nbsp;Since then, the company has conducted regular cargo resupply missions to the ISS and expanded its operations across satellite deployment, commercial launches and human spaceflight.&nbsp;If successful, the IPO would not only set a new fundraising record but also mark another major milestone for Musk's space venture

The offering would comfortably surpass the current record for the largest IPO held by Saudi Aramco, which raised $25.6 billion when it went public in 2019, and analysts say it could also make Musk already the world's richest person the world's first trillionaire.

Elon Musk-led SpaceX is aiming to raise around $75 billion through an initial public offering (IPO), according to a regulatory filing released on Wednesday (June 03). The proposed share sale would value the rocket and satellite company at approximately $1.765 trillion, making it one of the world's most valuable companies. SpaceX said it plans to offer 555,555,555 shares at an initial price of $135 per share. With nearly 13 billion shares outstanding, the company would achieve a valuation of about $1.765 trillion if the IPO moves forward. The offering would comfortably surpass the current record for the largest IPO, held by Saudi Aramco, which raised $25.6 billion when it went public in 2019. Founded in 2002, SpaceX has grown into a leading player in the global space industry and is widely credited with reshaping commercial spaceflight. A key part of the company's success has been its focus on reusable rocket technology. Also Read: Trump signs executive order making easier to fire 8,000 senior federal employees Through its Falcon 9 programme, SpaceX pioneered the routine recovery and reuse of rocket boosters, helping lower launch costs and increase the frequency of missions. The company has successfully landed and reused Falcon 9 boosters more than 600 times. First private company to dock with ISS SpaceX reached another major milestone in 2012 when it became the first private company to dock a spacecraft with the International Space Station (ISS), one year after NASA retired its Space Shuttle programme. Since then, the company has conducted regular cargo resupply missions to the ISS and expanded its operations across satellite deployment, commercial launches and human spaceflight. If successful, the IPO would not only set a new fundraising record but also mark another major milestone for Musk's space venture

The offering would comfortably surpass the current record for the largest IPO held by Saudi Aramco, which raised $25.6 billion when it went public in 2019, and analysts say it could also make Musk already the world's richest person the world's first trillionaire.

Biggest-ever IPO in history: Musk's SpaceX aims to raise $75 billion at $1.765 trillion valuation

SpaceX has received a major boost ahead of its expected stock market debut after winning contracts worth a combined $6.45 billion from the US Space Force. The latest agreements further strengthen the company's position as one of the US government's most important space and defence partners. The contracts also highlight how government business continues to play a significant role in SpaceX's growth strategy as investors closely watch its anticipated initial public offering (IPO).<h2>What are the new Space Force contracts?</h2>The largest contract, worth $4.16 billion, was announced by the US Space Force on Friday. Under the agreement, SpaceX will help build satellites that will form part of a missile and air defence network linked to President Donald Trump's proposed "Golden Dome" defence initiative. Earlier in the same week, SpaceX received another Space Force contract worth $2.29 billion. That project involves developing a communications network in low-Earth orbit designed to support military and government operations.Together, the two agreements bring the total value of recent Space Force contracts awarded to SpaceX to approximately $6.45 billion.<h2>Why are these contracts important?</h2>The deals underline SpaceX's growing role in national security and defence infrastructure. Over the past decade, the company has become a dominant force in the global launch market through its Falcon rockets and satellite services. Government agencies increasingly rely on SpaceX for satellite launches, communications systems and space-based defence projects. Industry analysts say these latest contracts demonstrate the confidence US defence agencies have in SpaceX's technological capabilities and ability to deliver large-scale space programmes. The agreements also provide a significant source of future revenue as the company prepares for what many analysts expect could become one of the largest IPOs in history.<h2>How dependent is SpaceX on government business?</h2>While SpaceX has expanded its commercial operations through Starlink and private launch services, government contracts remain a major part of its business. According to information disclosed in the company's IPO filing, approximately 20 per cent of SpaceX's revenue in 2025 came from government customers. That includes contracts from agencies such as NASA, the Department of Defense and the US Space Force. The company acknowledged in its filing that government business remains important to its financial performance. At the same time, it warned investors that government spending priorities can change depending on political decisions, regulations and budget allocations.<h2>What is the Golden Dome project?</h2>The proposed Golden Dome programme is intended to strengthen US missile defence capabilities through advanced space-based systems. While details remain limited, the initiative is expected to involve a network of satellites capable of improving missile detection, tracking and defence coordination. Space-based defence systems have become increasingly important as countries invest in hypersonic weapons, advanced missile technology and next-generation military capabilities. The latest contract positions SpaceX as one of the key companies involved in developing parts of that infrastructure.<h2>Investors are watching closely</h2>The contracts arrive at an important moment for SpaceX.The company is reportedly preparing for a public listing, an event that has been anticipated by investors for years. As part of that process, analysts are examining the company's revenue streams, growth opportunities and long-term business model. Government contracts offer predictable revenue and long-term project commitments, which many investors view positively. However, they also create exposure to changes in government policy and spending priorities. This balance was highlighted in SpaceX's IPO filing, where the company noted that future government funding decisions could affect parts of its business.The latest contracts further strengthen SpaceX's position in both the commercial space industry and the defence sector. As governments around the world increase spending on satellite technology, communications networks and space-based security systems, SpaceX appears well placed to benefit from growing demand. At the same time, investors will continue to watch how much of the company's future growth comes from government projects compared with commercial businesses such as Starlink, launch services and artificial intelligence infrastructure. With a potential IPO approaching and billions of dollars in new contracts secured, SpaceX enters the next phase of its growth with a stronger order book and a deeper role in US space and defence programmes.

SpaceX has received a major boost ahead of its expected stock market debut after winning contracts worth a combined $6.45 billion from the US Space Force.

SpaceX has received a major boost ahead of its expected stock market debut after winning contracts worth a combined $6.45 billion from the US Space Force. The latest agreements further strengthen the company's position as one of the US government's most important space and defence partners. The contracts also highlight how government business continues to play a significant role in SpaceX's growth strategy as investors closely watch its anticipated initial public offering (IPO). What are the new Space Force contracts? The largest contract, worth $4.16 billion, was announced by the US Space Force on Friday. Under the agreement, SpaceX will help build satellites that will form part of a missile and air defence network linked to President Donald Trump's proposed "Golden Dome" defence initiative. Earlier in the same week, SpaceX received another Space Force contract worth $2.29 billion. That project involves developing a communications network in low-Earth orbit designed to support military and government operations. Together, the two agreements bring the total value of recent Space Force contracts awarded to SpaceX to approximately $6.45 billion. Why are these contracts important? The deals underline SpaceX's growing role in national security and defence infrastructure. Over the past decade, the company has become a dominant force in the global launch market through its Falcon rockets and satellite services. Government agencies increasingly rely on SpaceX for satellite launches, communications systems and space-based defence projects. Industry analysts say these latest contracts demonstrate the confidence US defence agencies have in SpaceX's technological capabilities and ability to deliver large-scale space programmes. The agreements also provide a significant source of future revenue as the company prepares for what many analysts expect could become one of the largest IPOs in history. How dependent is SpaceX on government business? While SpaceX has expanded its commercial operations through Starlink and private launch services, government contracts remain a major part of its business. According to information disclosed in the company's IPO filing, approximately 20 per cent of SpaceX's revenue in 2025 came from government customers. That includes contracts from agencies such as NASA, the Department of Defense and the US Space Force. The company acknowledged in its filing that government business remains important to its financial performance. At the same time, it warned investors that government spending priorities can change depending on political decisions, regulations and budget allocations. What is the Golden Dome project? The proposed Golden Dome programme is intended to strengthen US missile defence capabilities through advanced space-based systems. While details remain limited, the initiative is expected to involve a network of satellites capable of improving missile detection, tracking and defence coordination. Space-based defence systems have become increasingly important as countries invest in hypersonic weapons, advanced missile technology and next-generation military capabilities. The latest contract positions SpaceX as one of the key companies involved in developing parts of that infrastructure. Investors are watching closely The contracts arrive at an important moment for SpaceX. The company is reportedly preparing for a public listing, an event that has been anticipated by investors for years. As part of that process, analysts are examining the company's revenue streams, growth opportunities and long-term business model. Government contracts offer predictable revenue and long-term project commitments, which many investors view positively. However, they also create exposure to changes in government policy and spending priorities. This balance was highlighted in SpaceX's IPO filing, where the company noted that future government funding decisions could affect parts of its business. The latest contracts further strengthen SpaceX's position in both the commercial space industry and the defence sector. As governments around the world increase spending on satellite technology, communications networks and space-based security systems, SpaceX appears well placed to benefit from growing demand. At the same time, investors will continue to watch how much of the company's future growth comes from government projects compared with commercial businesses such as Starlink, launch services and artificial intelligence infrastructure. With a potential IPO approaching and billions of dollars in new contracts secured, SpaceX enters the next phase of its growth with a stronger order book and a deeper role in US space and defence programmes.

SpaceX has received a major boost ahead of its expected stock market debut after winning contracts worth a combined $6.45 billion from the US Space Force.

What SpaceX's $6.45 billion defence deals mean before its IPO

SpaceX launched its most powerful version of the Starship rocket yet on a major test flight on Friday (May 22), marking a key step in NASA’s plan to return astronauts to the Moon. The upgraded mega rocket, developed by SpaceX CEO Elon Musk, lifted off from Starbase in southern Texas just two days after Musk announced plans for the company’s public listing. The rocket carried 20 mock Starlink satellites intended for deployment during flight. This was the 12th test mission of the Starship program, which Musk envisions eventually carrying humans to Mars.&nbsp;&nbsp;However, the immediate focus remains supporting the NASA Artemis program for lunar exploration. The previous generation of Starship rockets flew for the last time in October. The newly introduced third-generation model, known as V3, launched from a new pad at Starbase near the US–Mexico border after a brief delay caused by technical issues. SpaceX had aimed to avoid the failures seen in earlier test flights last year, when several prototypes were lost during ascent or re-entry, scattering debris over the Atlantic Ocean.&nbsp;Also Read: <a href="https://www.wionews.com/world/four-dead-90-workers-trapped-underground-after-coal-mining-accident-in-northern-china-rescue-operations-underway-1779490325688">Four dead, 90 workers trapped underground after coal mining accident in Northern China; rescue operations underway</a><h2>Watch the liftoff video here</h2>

<blockquote class="twitter-tweet" data-media-max-width="560">Liftoff of Starship! <a href="https://t.co/LQLdjK5V6K">pic.twitter.com/LQLdjK5V6K</a>&mdash; SpaceX (@SpaceX) <a href="https://twitter.com/SpaceX/status/2057952539417461045?ref_src=twsrc%5Etfw">May 22, 2026</a></blockquote> <script async src="https://platform.twitter.com/widgets.js" charset="utf-8"></script>

The latest Starship stands 407 feet (124 meters) tall and features a more powerful propulsion system, improved control surfaces, and upgraded navigation systems. It also includes docking hardware designed for future missions to the Moon and orbital operations. The redesigned booster uses fewer but larger grid fins for re-entry control and a strengthened fuel transfer system supporting its 33 engines.&nbsp;SpaceX plans for full reusability, including catching returning rocket stages with giant mechanical arms. However, this test flight did not attempt recovery; the booster was expected to fall into the Gulf of Mexico, while the upper stage was planned to splash down in the Indian Ocean after completing satellite deployment. NASA is investing billions in SpaceX and also working with Blue Origin to develop lunar landers for future Moon missions.&nbsp;Both companies are competing to support Artemis missions, including Artemis III, which aims to land astronauts on the Moon as early as 2028 for the first time since Apollo 17 in 1972. Future plans include establishing a long-term lunar base near the Moon’s south pole, supported by astronauts and robotic systems. Starship is also being positioned for commercial space travel. SpaceX is already accepting reservations for private missions to the Moon and Mars.&nbsp;Space tourism pioneer Dennis Tito and his wife have reserved a future lunar flyby, though the timeline remains uncertain. Meanwhile, crypto investor Chun Wang recently announced plans to fly on a future Starship Mars mission after previously joining a SpaceX polar orbit mission aboard a Dragon spacecraft. No schedule or price has been confirmed for the proposed Mars journey.<h2>SpaceX super heavy booster explodes mid-air during Starship test flight- WATCH</h2>

<blockquote class="twitter-tweet" data-media-max-width="560">Fair play, Booster 19. Sporty all the way. Well done to SpaceX for showing it too. <a href="https://t.co/b3NGnV589n">pic.twitter.com/b3NGnV589n</a>&mdash; NSF - NASASpaceflight.com (@NASASpaceflight) <a href="https://twitter.com/NASASpaceflight/status/2057954117444583897?ref_src=twsrc%5Etfw">May 22, 2026</a></blockquote> <script async src="https://platform.twitter.com/widgets.js" charset="utf-8"></script>

<blockquote class="twitter-tweet" data-media-max-width="560">Sporty Staging. <a href="https://t.co/Ue9ojS5UcS">pic.twitter.com/Ue9ojS5UcS</a>&mdash; NSF - NASASpaceflight.com (@NASASpaceflight) <a href="https://twitter.com/NASASpaceflight/status/2057953262230188359?ref_src=twsrc%5Etfw">May 22, 2026</a></blockquote> <script async src="https://platform.twitter.com/widgets.js" charset="utf-8"></script>

SpaceX suffered another dramatic setback during its latest Starship test mission on Saturday after the massive Super Heavy booster exploded mid-air while descending back to Earth shortly after launch from Texas. Despite the incident, one of the mission’s key objectives, stage separation, was completed successfully. During the manoeuvre, the upper-stage Starship spacecraft separated from the Super Heavy booster using the company’s hot-staging system, in which the spacecraft’s engines ignite before the booster fully detaches.&nbsp;Following separation, the booster began its planned descent toward the Gulf of Mexico. SpaceX intended for the rocket stage to perform a controlled return flight before splashing down safely in the ocean. However, during re-entry through the atmosphere, the booster suddenly exploded high above the Gulf. Live broadcast footage captured the massive rocket erupting into flames before it could complete its descent.&nbsp;<a href="https://www.wionews.com/videos/how-indians-can-become-permanent-residents-in-paraguay-1779479186398/embed">https://www.wionews.com/videos/how-indians-can-become-permanent-residents-in-paraguay-1779479186398/embed</a>&nbsp;Although the booster was lost, the upper-stage Starship spacecraft continued its flight in space after separation, allowing engineers to collect valuable mission data. The Super Heavy booster is the most powerful rocket stage ever developed and forms a crucial part of SpaceX’s long-term goal of building a fully reusable launch system for future space missions. The company has repeatedly stated that failures during experimental launches are expected as engineers continue refining the spacecraft through real-world testing.&nbsp;Saturday’s explosion underscored the immense engineering challenges involved in recovering and landing such a large rocket booster. Still, the successful launch and stage separation marked another important step forward for the Starship programme, which is expected to support future NASA lunar missions and eventual human missions to Mars.

SpaceX successfully launched its upgraded Starship V3 rocket in a major test flight supporting NASA’s Artemis Moon program and future Mars missions

SpaceX launched its most powerful version of the Starship rocket yet on a major test flight on Friday (May 22), marking a key step in NASA’s plan to return astronauts to the Moon. The upgraded mega rocket, developed by SpaceX CEO Elon Musk, lifted off from Starbase in southern Texas just two days after Musk announced plans for the company’s public listing. The rocket carried 20 mock Starlink satellites intended for deployment during flight. This was the 12th test mission of the Starship program, which Musk envisions eventually carrying humans to Mars. However, the immediate focus remains supporting the NASA Artemis program for lunar exploration. The previous generation of Starship rockets flew for the last time in October. The newly introduced third-generation model, known as V3, launched from a new pad at Starbase near the US–Mexico border after a brief delay caused by technical issues. SpaceX had aimed to avoid the failures seen in earlier test flights last year, when several prototypes were lost during ascent or re-entry, scattering debris over the Atlantic Ocean. Also Read: Four dead, 90 workers trapped underground after coal mining accident in Northern China; rescue operations underway Watch the liftoff video here

Elon Musk's SpaceX launched its most powerful Starship yet in a key test flight for NASA’s Moon and future Mars missions

SpaceX launches upgraded Starship V3 on debut test flight; loses booster on return

As SpaceX moves closer to a public listing, new details reveal how Elon Musk is likely to retain and in some ways increase his control over the company.According to the company’s IPO filing, Musk will continue to hold a dominant position even after SpaceX becomes a publicly traded firm, raising important questions for future investors.&nbsp;<h2>Musk’s control will remain above 50%</h2>Even after the IPO, Musk is expected to retain more than 50 per cent of voting power, ensuring that he remains in full control of key decisions.He will continue to serve as CEO, CTO and chairman, giving him authority across both management and governance.This means Musk will be able to:Appoint board membersApprove major decisionsMaintain long-term strategic directionIn practical terms, this structure makes it difficult for shareholders to influence company decisions.<h2>Dual-class shares strengthen voting power</h2>SpaceX uses a dual-class share structure, where certain shares carry higher voting rights.Musk holds a large portion of these super-voting shares, giving him far greater influence than regular shareholders.Public investors will mainly receive Class A shares, which come with lower voting power. This creates a gap between ownership and control.Such structures are already used by companies like Google and Meta, but experts say SpaceX’s model goes further in concentrating power.<h2>Limits on shareholder rights</h2>The IPO filing outlines several restrictions on shareholder influence.The company states that investors may have limited ability to:Influence corporate decisionsChallenge management legallyElect directors independently&nbsp;In addition, SpaceX has structured its legal framework in a way that makes shareholder lawsuits more difficult.For example, investors would need to hold at least 3 per cent of shares to file certain types of legal claims. At current valuation estimates, this could require tens of billions of dollars in holdings.<h2>Texas incorporation adds legal protection</h2>SpaceX has chosen to incorporate in Texas, which offers a different regulatory environment compared to states like Delaware.The company has also included provisions that direct most legal disputes to specific courts or arbitration systems.Experts say this reduces the likelihood of legal challenges against management decisions.<h2>Stock market dynamics may support valuation</h2>The company is expected to be added quickly to major stock indexes such as the Nasdaq 100 after listing.This could lead to increased demand from institutional investors, as index funds are required to buy shares of companies included in these benchmarks.As a result, early trading may see strong demand, which could support the stock price in the initial phase.<h2>Additional financial advantages for Musk</h2>Musk has also been granted a compensation package that includes 1 billion additional shares, tied to long-term performance goals.Even before these shares fully vest, he is allowed to:Vote using these sharesUse them as collateral for loansThis provides financial flexibility and additional influence over the company.<h2>What this means for investors</h2>The SpaceX IPO offers an opportunity to invest in one of the world’s most valuable private companies. However, the structure means that public shareholders will have limited control. Investors may benefit from the company’s growth, but decision-making will remain concentrated with Musk.<h2>What happens next</h2>Further details about pricing and share allocation are expected closer to the IPO date.The listing is likely to attract strong interest from global investors, but attention will remain on how the company balances growth with governance.The SpaceX IPO highlights a broader trend in technology companies, where founders retain strong control even after going public.

As SpaceX moves closer to a public listing, new details reveal how Elon Musk is likely to retain and in some ways increase his control over the company.


As SpaceX moves closer to a public listing, new details reveal how Elon Musk is likely to retain and in some ways increase his control over the company. According to the company’s IPO filing, Musk will continue to hold a dominant position even after SpaceX becomes a publicly traded firm, raising important questions for future investors. Musk’s control will remain above 50% Even after the IPO, Musk is expected to retain more than 50 per cent of voting power, ensuring that he remains in full control of key decisions. He will continue to serve as CEO, CTO and chairman, giving him authority across both management and governance. This means Musk will be able to: Appoint board members Approve major decisions Maintain long-term strategic direction In practical terms, this structure makes it difficult for shareholders to influence company decisions. Dual-class shares strengthen voting power SpaceX uses a dual-class share structure, where certain shares carry higher voting rights. Musk holds a large portion of these super-voting shares, giving him far greater influence than regular shareholders. Public investors will mainly receive Class A shares, which come with lower voting power. This creates a gap between ownership and control. Such structures are already used by companies like Google and Meta, but experts say SpaceX’s model goes further in concentrating power. Limits on shareholder rights The IPO filing outlines several restrictions on shareholder influence. The company states that investors may have limited ability to: Influence corporate decisions Challenge management legally Elect directors independently In addition, SpaceX has structured its legal framework in a way that makes shareholder lawsuits more difficult. For example, investors would need to hold at least 3 per cent of shares to file certain types of legal claims. At current valuation estimates, this could require tens of billions of dollars in holdings. Texas incorporation adds legal protection SpaceX has chosen to incorporate in Texas, which offers a different regulatory environment compared to states like Delaware. The company has also included provisions that direct most legal disputes to specific courts or arbitration systems. Experts say this reduces the likelihood of legal challenges against management decisions. Stock market dynamics may support valuation The company is expected to be added quickly to major stock indexes such as the Nasdaq 100 after listing. This could lead to increased demand from institutional investors, as index funds are required to buy shares of companies included in these benchmarks. As a result, early trading may see strong demand, which could support the stock price in the initial phase. Additional financial advantages for Musk Musk has also been granted a compensation package that includes 1 billion additional shares, tied to long-term performance goals. Even before these shares fully vest, he is allowed to: Vote using these shares Use them as collateral for loans This provides financial flexibility and additional influence over the company. What this means for investors The SpaceX IPO offers an opportunity to invest in one of the world’s most valuable private companies. However, the structure means that public shareholders will have limited control. Investors may benefit from the company’s growth, but decision-making will remain concentrated with Musk. What happens next Further details about pricing and share allocation are expected closer to the IPO date. The listing is likely to attract strong interest from global investors, but attention will remain on how the company balances growth with governance. The SpaceX IPO highlights a broader trend in technology companies, where founders retain strong control even after going public.

As SpaceX moves closer to a public listing, new details reveal how Elon Musk is likely to retain and in some ways increase his control over the company.

'SpaceX IPO': How Elon Musk is set to strengthen control after listing

As SpaceX prepares for a potential public listing, new disclosures highlight who stands to benefit the most from the company’s initial public offering (IPO). The filings show that Elon Musk remains the dominant shareholder, with a level of control that sets him apart from other investors.According to details from the company’s S-1 filing, Musk holds a significant majority of voting power, giving him control over key decisions even after the IPO.&nbsp;<h2>Elon Musk’s dominant stake explained</h2>Musk owns more than 6.4 billion shares in total, including:Around 850 million Class A shares (one vote per share)Nearly 5.6 billion Class B shares (10 votes per share)This dual-class share structure gives Musk overwhelming voting power. Reports suggest that even additional shares linked to long-term targets, such as future Mars missions, do not materially change his already strong control.This means Musk is likely to remain the key decision-maker even after SpaceX becomes a public company.<h2>Who else benefits from the IPO</h2>Apart from Musk, a small group of insiders and early investors also hold significant stakes.These include:Antonio Gracias, investor and board member, with over 503 million sharesLuke Nosek, investor, with nearly 33 million sharesGwynne Shotwell, COO, with around 12.6 million sharesBret Johnsen, CFO, with nearly 9.6 million sharesThese individuals are among the largest shareholders after Musk and could see substantial gains if the IPO performs well.<h2>Estimated valuation and potential gains</h2>Market estimates suggest that the SpaceX IPO could raise around $75 billion, with a possible valuation of $1.7 trillion.At this level:A 1 per cent stake could be worth around $17 billionEven smaller stakes could translate into billions of dollars in valueThis highlights the scale of wealth that could be created for major shareholders.<h2>Role of early investors</h2>SpaceX has raised around $30 billion in private funding from hundreds of investors over the years.Early investors bought shares at much lower prices:Around $1 per share in early funding roundsAbout $7.50 in mid-stage roundsUp to $270 per share in later roundsThis wide range shows how early backers could see significant returns if the company lists at a high valuation.<h2>Why control matters in this IPO</h2>Unlike many public companies, SpaceX’s ownership structure ensures that Musk retains control even after listing.The dual-class share system allows him to:Maintain voting powerInfluence strategic decisionsControl long-term directionThis structure is often used by founder-led companies to protect their vision while raising capital.<h2>What this means for investors</h2>For public investors, the IPO could offer access to one of the world’s most valuable private companies. However, the structure means that minority shareholders may have limited influence over decisions.For insiders, the listing represents a major financial opportunity, with potential gains tied to the company’s future performance.<h2>What happens next</h2>Details such as pricing, share allocation and listing timelines are yet to be finalised. However, the disclosures provide a clear picture of who stands to benefit the most.As SpaceX moves closer to going public, attention is likely to remain on its ownership structure and how it shapes the company’s future

As SpaceX prepares for a potential public listing, new disclosures highlight who stands to benefit the most from the company’s initial public offering (IPO). The filings show that Elon Musk remains the dominant shareholder, with a level of control that sets him apart from other investors.


As SpaceX prepares for a potential public listing, new disclosures highlight who stands to benefit the most from the company’s initial public offering (IPO). The filings show that Elon Musk remains the dominant shareholder, with a level of control that sets him apart from other investors. According to details from the company’s S-1 filing, Musk holds a significant majority of voting power, giving him control over key decisions even after the IPO. Elon Musk’s dominant stake explained Musk owns more than 6.4 billion shares in total, including: Around 850 million Class A shares (one vote per share) Nearly 5.6 billion Class B shares (10 votes per share) This dual-class share structure gives Musk overwhelming voting power. Reports suggest that even additional shares linked to long-term targets, such as future Mars missions, do not materially change his already strong control. This means Musk is likely to remain the key decision-maker even after SpaceX becomes a public company. Who else benefits from the IPO Apart from Musk, a small group of insiders and early investors also hold significant stakes. These include: Antonio Gracias, investor and board member, with over 503 million shares Luke Nosek, investor, with nearly 33 million shares Gwynne Shotwell, COO, with around 12.6 million shares Bret Johnsen, CFO, with nearly 9.6 million shares These individuals are among the largest shareholders after Musk and could see substantial gains if the IPO performs well. Estimated valuation and potential gains Market estimates suggest that the SpaceX IPO could raise around $75 billion, with a possible valuation of $1.7 trillion. At this level: A 1 per cent stake could be worth around $17 billion Even smaller stakes could translate into billions of dollars in value This highlights the scale of wealth that could be created for major shareholders. Role of early investors SpaceX has raised around $30 billion in private funding from hundreds of investors over the years. Early investors bought shares at much lower prices: Around $1 per share in early funding rounds About $7.50 in mid-stage rounds Up to $270 per share in later rounds This wide range shows how early backers could see significant returns if the company lists at a high valuation. Why control matters in this IPO Unlike many public companies, SpaceX’s ownership structure ensures that Musk retains control even after listing. The dual-class share system allows him to: Maintain voting power Influence strategic decisions Control long-term direction This structure is often used by founder-led companies to protect their vision while raising capital. What this means for investors For public investors, the IPO could offer access to one of the world’s most valuable private companies. However, the structure means that minority shareholders may have limited influence over decisions. For insiders, the listing represents a major financial opportunity, with potential gains tied to the company’s future performance. What happens next Details such as pricing, share allocation and listing timelines are yet to be finalised. However, the disclosures provide a clear picture of who stands to benefit the most. As SpaceX moves closer to going public, attention is likely to remain on its ownership structure and how it shapes the company’s future

As SpaceX prepares for a potential public listing, new disclosures highlight who stands to benefit the most from the company’s initial public offering (IPO). The filings show that Elon Musk remains the dominant shareholder, with a level of control that sets him apart from other investors.

'$1.7 trillion valuation': Who will win big from SpaceX’s listing?

SpaceX postponed the launch of its massive Starship V3 rocket on Thursday (May 21) after the spacecraft had already been fully fueled at the company’s newly built launch facility in Starbase, southern Texas. A 90-minute launch window opened at 6:30 pm ET, but the rocket never lifted off. During the company’s live broadcast, SpaceX hosts confirmed they had ‘got the vehicle totally loaded’ before the launch was officially scrubbed. SpaceX has not announced an exact new launch time, though another attempt is expected on Friday (May 22).<h2>What is Starship V3, and why does the launch matter?</h2>The delayed mission involved Starship Version 3, the newest and most advanced version of SpaceX’s flagship rocket system. When fully stacked, the two-stage rocket stands 408 feet tall and produces 18 million pounds of thrust, making it the most powerful rocket ever developed by the company. According to SpaceX’s IPO prospectus filed Wednesday, the rocket is designed to “deliver 100 metric tons to Earth's orbit in a fully reusable configuration while enabling rapid turnaround times akin to commercial aviation.”&nbsp;Also Read: <a href="https://www.wionews.com/world/trump-announces-deployment-of-5-000-additional-us-troops-to-poland-as-tensions-with-nato-escalate-1779399664140">Trump announces deployment of 5,000 additional US troops to Poland as tensions with NATO escalate</a>&nbsp;Flight 12 was set to become the first test mission using the Version 3 upgrade. Throughout 2025, SpaceX successfully completed five flights using Starship Version 2, though the transition to the newer model faced major setbacks. Two separate explosions during ground testing destroyed a Super Heavy booster and a Starship upper-stage vehicle before the latest launch preparations. No astronauts or operational payloads were onboard the rocket. Instead, SpaceX loaded mock Starlink satellites for testing purposes.<h2>What are its mission objectives?</h2>The planned suborbital mission included several technical demonstrations and engineering tests. Twenty Starlink simulator satellites were scheduled for deployment over approximately 10 minutes beginning about 17 minutes after liftoff. Two specially modified Starlink satellites were also intended to inspect Starship’s heat shield and transmit images back to mission control. Engineers painted several heat shield tiles white to imitate damaged or missing sections, helping test future inspection methods designed to evaluate heat shield safety during orbital missions.&nbsp;<a href="https://www.wionews.com/videos/nasa-scrambles-to-track-surprise-asteroid-barrelling-past-earth-1779389140335/embed">https://www.wionews.com/videos/nasa-scrambles-to-track-surprise-asteroid-barrelling-past-earth-1779389140335/embed</a>&nbsp;The mission also planned a mid-flight relight of a Raptor engine roughly 39 minutes into the flight during a coast phase. The test would provide valuable data for future deorbiting operations as SpaceX works toward fully orbital Starship missions. Unlike previous missions, Super Heavy Booster 19 was not expected to attempt a tower catch. Instead, the booster was scheduled for a controlled splashdown in the Gulf of Mexico around seven minutes after launch. Ship 39, the upper-stage spacecraft, was expected to complete its own controlled splashdown in the Indian Ocean more than an hour later.

SpaceX delays Starship V3 Flight 12 launch after fueling at Starbase. The mission includes Starlink deployment and heat shield tests

SpaceX postponed the launch of its massive Starship V3 rocket on Thursday (May 21) after the spacecraft had already been fully fueled at the company’s newly built launch facility in Starbase, southern Texas. A 90-minute launch window opened at 6:30 pm ET, but the rocket never lifted off. During the company’s live broadcast, SpaceX hosts confirmed they had ‘got the vehicle totally loaded’ before the launch was officially scrubbed. SpaceX has not announced an exact new launch time, though another attempt is expected on Friday (May 22). What is Starship V3, and why does the launch matter? The delayed mission involved Starship Version 3, the newest and most advanced version of SpaceX’s flagship rocket system. When fully stacked, the two-stage rocket stands 408 feet tall and produces 18 million pounds of thrust, making it the most powerful rocket ever developed by the company. According to SpaceX’s IPO prospectus filed Wednesday, the rocket is designed to “deliver 100 metric tons to Earth's orbit in a fully reusable configuration while enabling rapid turnaround times akin to commercial aviation.” Also Read: Trump announces deployment of 5,000 additional US troops to Poland as tensions with NATO escalate Flight 12 was set to become the first test mission using the Version 3 upgrade. Throughout 2025, SpaceX successfully completed five flights using Starship Version 2, though the transition to the newer model faced major setbacks. Two separate explosions during ground testing destroyed a Super Heavy booster and a Starship upper-stage vehicle before the latest launch preparations. No astronauts or operational payloads were onboard the rocket. Instead, SpaceX loaded mock Starlink satellites for testing purposes. What are its mission objectives? The planned suborbital mission included several technical demonstrations and engineering tests. Twenty Starlink simulator satellites were scheduled for deployment over approximately 10 minutes beginning about 17 minutes after liftoff. Two specially modified Starlink satellites were also intended to inspect Starship’s heat shield and transmit images back to mission control. Engineers painted several heat shield tiles white to imitate damaged or missing sections, helping test future inspection methods designed to evaluate heat shield safety during orbital missions. https://www.wionews.com/videos/nasa-scrambles-to-track-surprise-asteroid-barrelling-past-earth-1779389140335/embed The mission also planned a mid-flight relight of a Raptor engine roughly 39 minutes into the flight during a coast phase. The test would provide valuable data for future deorbiting operations as SpaceX works toward fully orbital Starship missions. Unlike previous missions, Super Heavy Booster 19 was not expected to attempt a tower catch. Instead, the booster was scheduled for a controlled splashdown in the Gulf of Mexico around seven minutes after launch. Ship 39, the upper-stage spacecraft, was expected to complete its own controlled splashdown in the Indian Ocean more than an hour later.

SpaceX scrubbed Starship V3 Flight 12 launch after fueling the rocket, with another launch attempt expected on Friday (May 22)

SpaceX postpones launch of Starship V3 after several countdown disruptions; rescheduled for Friday

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