NASA recently released its biggest load of garbage into space. Dubbed as the largest piece of garbage to be unleashed into&nbsp;Earth's&nbsp;orbit, it was released from the International Space Station (ISS) last week.

Weighing a whopping 2.9 tonnes, the garbage pile includes old batteries that were used to power the station earlier, as reported by Spaceflight Now.

But this is not it! The garbage will orbit Earth for at least two-four years before entering the atmosphere. And worry not - the garbage is not going to land on your roof while you enjoy dinner. Usually, the garbage ejected by the ISS burns up in the atmosphere during re-entry.

Japan’s space programme uses the H-II Transfer Vehicles (HTV) to send supplies to the ISS. Once its goal is achieved, it burns up on reentry to atmosphere. Thereafter, the remaining pieces end up in the Pacific Ocean with no damage done. Similarly, this shipment of garbage is expected to burn out during entry into Earth.&nbsp;

Also read:&nbsp;<a href="https://www.wionews.com/science/do-gigantic-stars-from-the-past-hold-secrets-to-black-holes-scientists-say-so-370499" hreflang="en">Do gigantic stars from the past hold secrets to black holes? Scientists say so!</a>

Currently, space is part of large debates about debris surrounding Earth. In fact, the UK Space Agency is planning to “scoop” out the trash. Many scientists are worried about debris in Earth’s low orbit, which could threaten the International Space Station (ISS).

Size is an important factor for everything in space - small pieces of debris that could prove to be fatal are difficult to spot in space, and there is no way of accurately pinning them down.

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Reports estimate that there are around 160 million pieces of space debris around planet Earth. These have been captured by our gravity, and circling around the planet at speeds of 18,000 miles per hour.

Additionally, out of these 160 million pieces, at least one million may be larger than 1 cm, posing risks of collision with satellites.

Also read:&nbsp;<a href="https://www.wionews.com/science/hubble-space-telescope-beams-back-mesmerising-image-of-a-nebula-370330" hreflang="en">Hubble Space Telescope beams back mesmerising image of a nebula!</a>

Scientists worry that such debris is capable of setting a chain reaction of destruction, whereby a single damage to a single satellite could escalate into large scale global satellite technology damage. 2,800 satellites are currently orbiting the earth. 3,000 dead satellites also orbit the Earth.

NASA recently released its biggest load of garbage into space. Dubbed as the largest piece of garbage to be unleashed into Earth's orbit, it was released from the International Space Station (ISS) last week.

NASA recently released its biggest load of garbage into space. Dubbed as the largest piece of garbage to be unleashed into Earth's orbit, it was released from the International Space Station (ISS) last week. Weighing a whopping 2.9 tonnes, the garbage pile includes old batteries that were used to power the station earlier, as reported by Spaceflight Now. But this is not it! The garbage will orbit Earth for at least two-four years before entering the atmosphere. And worry not - the garbage is not going to land on your roof while you enjoy dinner. Usually, the garbage ejected by the ISS burns up in the atmosphere during re-entry. Japan’s space programme uses the H-II Transfer Vehicles (HTV) to send supplies to the ISS. Once its goal is achieved, it burns up on reentry to atmosphere. Thereafter, the remaining pieces end up in the Pacific Ocean with no damage done. Similarly, this shipment of garbage is expected to burn out during entry into Earth. Also read: Do gigantic stars from the past hold secrets to black holes? Scientists say so! Currently, space is part of large debates about debris surrounding Earth. In fact, the UK Space Agency is planning to “scoop” out the trash. Many scientists are worried about debris in Earth’s low orbit, which could threaten the International Space Station (ISS). Size is an important factor for everything in space - small pieces of debris that could prove to be fatal are difficult to spot in space, and there is no way of accurately pinning them down. Also read: Here's why scientists want to send millions of sperm samples to the moon Reports estimate that there are around 160 million pieces of space debris around planet Earth. These have been captured by our gravity, and circling around the planet at speeds of 18,000 miles per hour. Additionally, out of these 160 million pieces, at least one million may be larger than 1 cm, posing risks of collision with satellites. Also read: Hubble Space Telescope beams back mesmerising image of a nebula! Scientists worry that such debris is capable of setting a chain reaction of destruction, whereby a single damage to a single satellite could escalate into large scale global satellite technology damage. 2,800 satellites are currently orbiting the earth. 3,000 dead satellites also orbit the Earth.

NASA just ejected its biggest pile of garbage into Earth's orbit. Should we worry?

Space debris is a serious issue. Pieces of defunct satellites and remains from previous space missions pose huge threat to satellites that are currently running. Global communication and countless other functions are dependent on these satellites. But a small piece of space debris, measuring even a few inches but moving are super speed can destroy an entire satellite.

According to NASA's estimate, 500,000 pieces of space debris are currently orbitting the Earth. Some of them are even travelling at a mind-boggling speed of 17,500 miles per hour.

And now, this space debris around can increase by 20 per cent!

This is quite possible if a defunct Soviet&nbsp;satellite and a Chinese rocket booster collide with each other. And this is very likely. The collision is feared to take place today (October 16, 2020). There is a likelihood that there will be a near-miss between these two objects. But a collision will mean more space junk around the Earth.

Both of these objects are discarded pieces of high-tech machinery. The Soviet satellite was launched into space in 1989. It weighs 2000 pounds and the Chinese rocket booster was&nbsp;part of a mission in 2009.

If these two objects collide, it will be a first spontaneous collision between pieces of space debris in more than a decade. This collision will, in turn, produce more pieces of such&nbsp;debris and this is what experts fear will increase the amount of space junk around our planet by 10 to 20 per cent.

Fingers crossed!

Space debris is a serious issue. Pieces of defunct satellites and remains from previous space missions pose huge threat to satellites that are currently running.

Space debris is a serious issue. Pieces of defunct satellites and remains from previous space missions pose huge threat to satellites that are currently running. Global communication and countless other functions are dependent on these satellites. But a small piece of space debris, measuring even a few inches but moving are super speed can destroy an entire satellite. According to NASA's estimate, 500,000 pieces of space debris are currently orbitting the Earth. Some of them are even travelling at a mind-boggling speed of 17,500 miles per hour. And now, this space debris around can increase by 20 per cent! This is quite possible if a defunct Soviet satellite and a Chinese rocket booster collide with each other. And this is very likely. The collision is feared to take place today (October 16, 2020). There is a likelihood that there will be a near-miss between these two objects. But a collision will mean more space junk around the Earth. Both of these objects are discarded pieces of high-tech machinery. The Soviet satellite was launched into space in 1989. It weighs 2000 pounds and the Chinese rocket booster was part of a mission in 2009. If these two objects collide, it will be a first spontaneous collision between pieces of space debris in more than a decade. This collision will, in turn, produce more pieces of such debris and this is what experts fear will increase the amount of space junk around our planet by 10 to 20 per cent. Fingers crossed!

This collision may increase space debris around Earth by 20 per cent

It’s no surprise that the space around our home, planet Earth is becoming increasingly crowded. Over the last decade, new countries have entered the “Space war”, deploying satellites and technology of their own over time. However, this has clogged space, and filled it with debris.&nbsp;

The overcrowding around Earth could become a hindrance in space exploration.

UK takes the stage

Looks like the United Kingdom is&nbsp;attempting to clean up space a little bit. The country’s Business Secretary Alok Sharma recently announced a funding for the clean up routed through the country’s space agency - UKSA.

The £1 million funding (around $12,96,880) will be used to clear space debris, even though no concrete way to remove it has been formulated yet.

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Many scientists are worried about debris in Earth’s low orbit, which could threaten the International Space Station (ISS).

Size is an important factor for everything in space - small pieces of debris that could prove to be fatal are difficult to spot in space, and there is no way of accurately pinning them down.

160 million pieces of debris!

According to DailyMail, there are around 160 million pieces of space debris around planet Earth. These have been captured by our gravity, and circling around the planet at speeds of 18,000 miles per hour.

Additionally, out of these 160 million pieces, at least one million may be larger than 1 cm, posing risks of collision with satellites.

Scientists worry that such debris is capable of setting a chain reaction of destruction, whereby a single damage to a single satellite could escalate into large scale global satellite technology damage.

Also read:&nbsp;<a href="http://13.235.153.162/science/scientists-recently-scanned-10-million-stars-for-alien-technology-what-did-they-find-326020" hreflang="en">Scientists recently scanned 10 million stars for alien technology, what did they find?</a>

What does this mean, you wonder? For starters, good bye GPS! In case our satellite connections are seriously severed, we will lose access to the map technology which has made navigating around the world easier. Additionally, mobile communication would be heavily disrupted, and weather forecasting interrupted.

According to Sharma, the UK’s Business Secretary, millions of pieces of space debris are orbiting the Earth, and this presents a “significant threat to UK satellite systems“ which are responsible for providing essential services mentioned above.

This allocation of funds might make spotting smaller objects in space a reality. One of the projects, called “Life Me Off”, will come up with an AI algorithm to differentiate debris from useful satellites. It is one of seven proposals that the UKSA is currently considering.

It’s no surprise that the space around our home, planet Earth is becoming increasingly crowded. Over the last decade, new countries have entered the “Space war”, deploying satellites and technology of their own over time.

It’s no surprise that the space around our home, planet Earth is becoming increasingly crowded. Over the last decade, new countries have entered the “Space war”, deploying satellites and technology of their own over time. However, this has clogged space, and filled it with debris. The overcrowding around Earth could become a hindrance in space exploration. UK takes the stage Looks like the United Kingdom is attempting to clean up space a little bit. The country’s Business Secretary Alok Sharma recently announced a funding for the clean up routed through the country’s space agency - UKSA. The £1 million funding (around $12,96,880) will be used to clear space debris, even though no concrete way to remove it has been formulated yet. Also read: NASA seeking explorers for mining on the moon, all nationalities welcome Many scientists are worried about debris in Earth’s low orbit, which could threaten the International Space Station (ISS). Size is an important factor for everything in space - small pieces of debris that could prove to be fatal are difficult to spot in space, and there is no way of accurately pinning them down. 160 million pieces of debris! According to DailyMail, there are around 160 million pieces of space debris around planet Earth. These have been captured by our gravity, and circling around the planet at speeds of 18,000 miles per hour. Additionally, out of these 160 million pieces, at least one million may be larger than 1 cm, posing risks of collision with satellites. Scientists worry that such debris is capable of setting a chain reaction of destruction, whereby a single damage to a single satellite could escalate into large scale global satellite technology damage. Also read: Scientists recently scanned 10 million stars for alien technology, what did they find? What does this mean, you wonder? For starters, good bye GPS! In case our satellite connections are seriously severed, we will lose access to the map technology which has made navigating around the world easier. Additionally, mobile communication would be heavily disrupted, and weather forecasting interrupted. According to Sharma, the UK’s Business Secretary, millions of pieces of space debris are orbiting the Earth, and this presents a “significant threat to UK satellite systems“ which are responsible for providing essential services mentioned above. This allocation of funds might make spotting smaller objects in space a reality. One of the projects, called “Life Me Off”, will come up with an AI algorithm to differentiate debris from useful satellites. It is one of seven proposals that the UKSA is currently considering.

UK is planning to remove debris from space. Here's why every country should be doing it!

The Pentagon said on Thursday that the space debris from India's <a href="https://www.wionews.com/india-news/in-important-message-to-nation-modi-says-india-shot-down-low-earth-orbit-satellite-with-anti-satellite-missile-pm-modi-205973">A-Sat (anti-satellite) missile test</a> would burn up in the atmosphere.&nbsp;

The Pentagon said it stood by Acting Defence Secretary Patrick Shanahan's assessment last week that the debris would eventually burn up in the atmosphere.

Asked on Thursday whether the Pentagon stood by Shanahan's earlier assessment, spokesman Charlie Summers said: "Yes."

NASA had had a slightly different outlook.&nbsp;

NASA Administrator Jim Bridenstine had said on Monday that more than 400 pieces of orbital debris from the test had been identified — including debris that was travelling above the International Space Station.&nbsp;

Bridenstine said that was a "terrible, terrible thing".&nbsp;

India had conducted its A-Sat test on March 27, shooting down a satellite 300 kms up in space.&nbsp;

Indian Prime Minister Narendra Modi, announcing the successful completion of the test which had been dubbed "Mission Shakti"&nbsp;or Strength, said the entire operation had taken three minutes.&nbsp;

He added then that India was now an elite space power. And that after the successful completion of the test, only three other countries — the US, Russia and China — had that capability.&nbsp;

India was the fourth.&nbsp;

(With inputs from Reuters)

The Pentagon said on Thursday that the space debris from India's A-Sat (anti-satellite) missile test would burn up in the atmosphere. The Pentagon said it stood by Acting Defence Secretary Patrick Shanahan's assessment last week that the debris would eventually burn up in the atmosphere.

The Pentagon said on Thursday that the space debris from India's A-Sat (anti-satellite) missile test would burn up in the atmosphere. The Pentagon said it stood by Acting Defence Secretary Patrick Shanahan's assessment last week that the debris would eventually burn up in the atmosphere. Asked on Thursday whether the Pentagon stood by Shanahan's earlier assessment, spokesman Charlie Summers said: "Yes." NASA had had a slightly different outlook. NASA Administrator Jim Bridenstine had said on Monday that more than 400 pieces of orbital debris from the test had been identified — including debris that was travelling above the International Space Station. Bridenstine said that was a "terrible, terrible thing". India had conducted its A-Sat test on March 27, shooting down a satellite 300 kms up in space. Indian Prime Minister Narendra Modi, announcing the successful completion of the test which had been dubbed "Mission Shakti" or Strength, said the entire operation had taken three minutes. He added then that India was now an elite space power. And that after the successful completion of the test, only three other countries — the US, Russia and China — had that capability. India was the fourth. (With inputs from Reuters)

Mission Shakti: Pentagon says space debris from anti-satellite test will burn up in atmosphere

After India's Mission Shakti or Anti-Satellite Missile test, the United States embassy in New Delhi issued a statement saying, it will continue to pursue shared interests in space with India.

"As part of our strong strategic partnership with India, we will continue to pursue shared interests in space and scientific and technical cooperation, including collaboration on safety and security in space," the US embassy said in a statement.&nbsp;

However,&nbsp;Washington raised concern one concern of space debris but stressed that India will handle the issue.

"The issue of space debris is an important concern for the U.S. government. &nbsp;We took note of Indian government statements that the test was designed to address space debris issues," the statement said.&nbsp;

Meanwhile,&nbsp;Prime Minister Narendra Modi announced on Wednesday that <a href="https://www.wionews.com/india-news/in-important-message-to-nation-modi-says-india-shot-down-low-earth-orbit-satellite-with-anti-satellite-missile-pm-modi-205973">India had shot down a satellite in space</a>. He added that India was now part of an elite space club since only three other countries — America, Russia and China — have the capability to do that.&nbsp;

Modi added that the operation was dubbed <a href="https://www.wionews.com/photos/all-you-need-to-know-about-mission-shakti-indias-anti-satellite-missile-test-205998#which-satellite-was-used-205989">Mission Shakti</a>, and had taken three minutes to complete.&nbsp;

The remnants of the satellite that India shot down on Wednesday and others like it are what is called space debris.&nbsp;

Space debris can also be natural (caused by meteors).&nbsp;

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US State Dept on <a href="https://twitter.com/hashtag/MissionShakti?src=hash&amp;ref_src=twsrc%5Etfw">#MissionShakti</a>: Saw PM Modi's statement announcing India's anti-satellite test. As part of our strong strategic partnership with India,we'll continue to pursue shared interests in space&amp;scientific&amp;technical cooperation including collaboration on security in space
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The European Space Agency has said that as of January 2018, there were about 29,000 objects larger than 10 centimetres, about 750,000 objects between 1 cm and 10 cm, and about 166 million objects between 1 mm and 1 cm in orbit around earth.&nbsp;

These millions of objects move at about 8 kilometres per second. If two of them should collide, that would lead to a domino effect.&nbsp;

They could also knock satellites that now control such a large part of our lives (Google Maps for example) out of the sky.&nbsp;

After India's Mission Shakti or Anti-Satellite Missile test, the United States embassy in New Delhi issued a statement saying, it will continue to pursue shared interests in space with India.

After India's Mission Shakti or Anti-Satellite Missile test, the United States embassy in New Delhi issued a statement saying, it will continue to pursue shared interests in space with India. "As part of our strong strategic partnership with India, we will continue to pursue shared interests in space and scientific and technical cooperation, including collaboration on safety and security in space," the US embassy said in a statement. However, Washington raised concern one concern of space debris but stressed that India will handle the issue. "The issue of space debris is an important concern for the U.S. government. We took note of Indian government statements that the test was designed to address space debris issues," the statement said. Meanwhile, Prime Minister Narendra Modi announced on Wednesday that India had shot down a satellite in space. He added that India was now part of an elite space club since only three other countries — America, Russia and China — have the capability to do that. Modi added that the operation was dubbed Mission Shakti, and had taken three minutes to complete. The remnants of the satellite that India shot down on Wednesday and others like it are what is called space debris. Space debris can also be natural (caused by meteors). US State Dept on #MissionShakti: Saw PM Modi's statement announcing India's anti-satellite test. As part of our strong strategic partnership with India,we'll continue to pursue shared interests in space&scientific&technical cooperation including collaboration on security in space — ANI (@ANI) March 28, 2019 × The European Space Agency has said that as of January 2018, there were about 29,000 objects larger than 10 centimetres, about 750,000 objects between 1 cm and 10 cm, and about 166 million objects between 1 mm and 1 cm in orbit around earth. These millions of objects move at about 8 kilometres per second. If two of them should collide, that would lead to a domino effect. They could also knock satellites that now control such a large part of our lives (Google Maps for example) out of the sky.

Will continue to pursue shared interests in space with New Delhi: US on India’s ASAT Test

India has said it has no intention of <a href="https://www.wionews.com/india-news/what-is-low-earth-orbit-satellite-against-which-india-launched-a-surgical-strike-in-space-205974">entering into an arms race</a> in outer space and Anti-Satellite Missile(ASAT) test was done just to "verify" that the country has the "capability to safeguard our space assets."

The test, Mission Shakti which was carried out by <a href="https://www.wionews.com/photos/all-you-need-to-know-about-mission-shakti-indias-anti-satellite-missile-test-205998">Defence Research and Development Organisation</a> (DRDO) and was conducted from the Dr APJ Abdul Kalam Island launch complex.&nbsp;

Remember that has been a long-standing policy of the Indian government there should not be any weaponisation of Outer Space and that space must be used only for peaceful purposes.

<iframe width="560" height="315" src="https://www.youtube.com/embed/yEBlFh5knKw" frameborder="0" allow="accelerometer; autoplay; encrypted-media; gyroscope; picture-in-picture" allowfullscreen></iframe>

The Ministry of external affairs( MEA) frequently asked questions (FAQ) released after the test said, "India believes that Outer space is the common heritage of humankind and it is the responsibility of all space-faring nations to preserve and promote the benefits flowing from advances made in space technology and its applications for all."

With this test, according to the FAQ, "India was able to demonstrate its capability to intercept a satellite in outer space based on complete indigenous technology. DRDO’s Ballistic Missile Defence interceptor was used to target an Indian satellite."

On the question of why the test was done now, India said since it had "acquired the required degree of confidence to ensure its success".

Since the test was done in the lower atmosphere, India has said, there isn't much space debris. Finance minister Arun Jaitley in a presser said, "In a matter of three weeks the whole environment will be debris free".

New Delhi in the past has participated in Inter-Agency Space Debris Coordination (IADC) activities with regard to space debris management.

India has also already clarified that the test is not against any country and the test provides deterrence against threats.

India is a party to all the major international treaties relating to Outer Space.

New Delhi supports UNGA resolution 69/32 on No First Placement of Weapons on Outer Space and has called for substantive legal measures to ensure the prevention of an arms race in outer space.

India has also ratified the 1967 Outer Space Treaty which prohibits weapons of mass destruction in outer space. 
&nbsp;

India has said it has no intention of entering into an arms race in outer space and Anti-Satellite Missile(ASAT) test was done just to "verify" that the country has the "capability to safeguard our space assets.

India has said it has no intention of entering into an arms race in outer space and Anti-Satellite Missile(ASAT) test was done just to "verify" that the country has the "capability to safeguard our space assets." The test, Mission Shakti which was carried out by Defence Research and Development Organisation (DRDO) and was conducted from the Dr APJ Abdul Kalam Island launch complex. Remember that has been a long-standing policy of the Indian government there should not be any weaponisation of Outer Space and that space must be used only for peaceful purposes. The Ministry of external affairs( MEA) frequently asked questions (FAQ) released after the test said, "India believes that Outer space is the common heritage of humankind and it is the responsibility of all space-faring nations to preserve and promote the benefits flowing from advances made in space technology and its applications for all." With this test, according to the FAQ, "India was able to demonstrate its capability to intercept a satellite in outer space based on complete indigenous technology. DRDO’s Ballistic Missile Defence interceptor was used to target an Indian satellite." On the question of why the test was done now, India said since it had "acquired the required degree of confidence to ensure its success". Since the test was done in the lower atmosphere, India has said, there isn't much space debris. Finance minister Arun Jaitley in a presser said, "In a matter of three weeks the whole environment will be debris free". New Delhi in the past has participated in Inter-Agency Space Debris Coordination (IADC) activities with regard to space debris management. India has also already clarified that the test is not against any country and the test provides deterrence against threats. India is a party to all the major international treaties relating to Outer Space. New Delhi supports UNGA resolution 69/32 on No First Placement of Weapons on Outer Space and has called for substantive legal measures to ensure the prevention of an arms race in outer space. India has also ratified the 1967 Outer Space Treaty which prohibits weapons of mass destruction in outer space.

No intention of entering into arms race in outer space: India after ASAT test

After ISRO informed that it had lost contact with its GSAT-6A satellite on Sunday, they are now speculating that it is very well possible that it could become a 'fully loaded space debris' if link is not established soon enough.&nbsp

Although, ISRO says that it was making efforts to establish a link, with preliminary data showing there are chances of recovery.

As per reports, the satellite's onboard motors have fuel for raising its orbit and also for the next 10 years. The satellites are powered by solar panels that charge the onboard batteries.&nbsp

According to experts, the power system could have failed due to some short-circuiting or arcing resulting in what is known in the space terminology 'loss of lock' or loss of contact with the ground station.&nbsp

The ISRO Chief also pointed out that whenever there is disturbance, the satellite goes into "safe mode" and gets back immediately however, it has not happened this time. "Usually when these type of disturbances come, satellite will go into safe mode, then we establish the link and put the satellite back, but now we are not able to link, and that process is going on," he said.

"Once we are able to contact, then we will be able to do the further function," he added. &nbsp&nbsp

To a question on chances of recovery, Shivan said "right now the preliminary data shows we have chance, we keep trying. First, we have to get the link, that is the most important. Once it is there, we will be able to do the job."

The Indian Space Research Organisation lost communication with the satellite when it attempted to ignite the engine in a third and final move to its desired location after its March 29 textbook launch from the spaceport of Sriharikota in Andhra Pradesh.&nbsp

The second orbit raising operation of GSAT-6A was successfully carried out on Saturday, but when it was on course to normal operating configuration for the third and final firing scheduled for April 1, communication with the satellite was lost, the space agency said after maintaining unusual silence on the health of the satellite.

Although, ISRO says that it was making efforts to establish a link, with preliminary data showing there are chances of recovery

After ISRO informed that it had lost contact with its GSAT-6A satellite on Sunday, they are now speculating that it is very well possible that it could become a 'fully loaded space debris' if link is not established soon enough. Although, ISRO says that it was making efforts to establish a link, with preliminary data showing there are chances of recovery. As per reports, the satellite's onboard motors have fuel for raising its orbit and also for the next 10 years. The satellites are powered by solar panels that charge the onboard batteries. According to experts, the power system could have failed due to some short-circuiting or arcing resulting in what is known in the space terminology 'loss of lock' or loss of contact with the ground station. The ISRO Chief also pointed out that whenever there is disturbance, the satellite goes into "safe mode" and gets back immediately however, it has not happened this time. "Usually when these type of disturbances come, satellite will go into safe mode, then we establish the link and put the satellite back, but now we are not able to link, and that process is going on," he said. "Once we are able to contact, then we will be able to do the further function," he added. To a question on chances of recovery, Shivan said "right now the preliminary data shows we have chance, we keep trying. First, we have to get the link, that is the most important. Once it is there, we will be able to do the job." The Indian Space Research Organisation lost communication with the satellite when it attempted to ignite the engine in a third and final move to its desired location after its March 29 textbook launch from the spaceport of Sriharikota in Andhra Pradesh. The second orbit raising operation of GSAT-6A was successfully carried out on Saturday, but when it was on course to normal operating configuration for the third and final firing scheduled for April 1, communication with the satellite was lost, the space agency said after maintaining unusual silence on the health of the satellite.

GSAT-6A could become 'space debris' if link not established: Experts

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