Hyderabad-based startup Cosmoserve Space on Thursday unveiled Base 1—India’s first private facility equipped with space vision effect and microgravity simulation, and only the sixth of its kind anywhere in the world.The facility was inaugurated by D. Sridhar Babu, Telangana’s Minister for IT, Electronics &amp; Communications, Industries &amp; Commerce, and virtually by Union Minister Dr. Jitendra Singh, Science &amp; Technology and Earth Sciences. Dr Chiranjeevi Phanindra, Founder &amp; CEO of Cosmoserve Space, and Sai Krishna, IT Advisor, Telangana, were also present.&nbsp;India’s first end-to-end design, manufacturing and operations centre dedicated to Active Debris Removal and in-orbit servicing, Base 1 marks a significant milestone in the country’s growing space technology ecosystem.&nbsp;Minister D. Sridhar Babu said, “Facilities like Cosmoserve’s Base 1 show exactly why Hyderabad is leading the country in space innovation. We are now home to over 30 spacetech companies, including India’s first spacetech unicorn. They are building everything from launch vehicles and space data centres to debris removal systems and drug discovery platforms.”&nbsp;“This deep-tech execution is possible because we have the fastest-growing aerospace and defence sector in Hyderabad alongside 52 national labs, a talent pool of 1.5 million engineers, and a local supply chain that covers nearly 90% of their component needs.”&nbsp;<h2>Historic leap for India’s private space sector</h2>&nbsp;Base 1 has the infrastructure to design, build, test and operate various functionalities required for satellite servicing and space debris recovery. It houses four key facilities: an Orbital Rendezvous and Capture Lab to simulate spacecraft capture operations; a Space Robotics Innovation Lab to develop robotic capture systems; an ISO Class 8 clean room for satellite integration; and a Mission Simulation and Control Centre to manage upcoming missions.&nbsp;Besides removing space debris, the facility will support satellite servicing, including in-orbit repairs and refuelling. Cosmoserve currently sources close to 60% of its mission components locally.&nbsp;&nbsp;<h2>Company to develop critical technologies in-house</h2>&nbsp;The company aims to develop more critical technologies in-house through Base 1 and strengthen domestic manufacturing capabilities to help reduce dependence on imported components such as optics, avionics and space-grade electronics.&nbsp;Dr Chiranjeevi Phanindra, Founder &amp; CEO of Cosmoserve Space, said, “In our first year we have flown our first payload on an Indian rocket, raised our seed round, and today we open a facility where we can design, build, test and fly our missions under one roof.”&nbsp;“Space debris is becoming the limiting factor for every nation’s space ambition, including India’s. Base 1 is where we build the capability to keep orbits usable, for Gaganyaan, the Bharatiya Antariksh Station and every satellite that follows.”&nbsp;The facility comes up following Cosmoserve’s $6 million seed funding round, taking its total funding to over $9 million.&nbsp;&nbsp;<h2>Cosmoserve flew its first payload, Mission Embrace, in July</h2>&nbsp;In July 2026, Cosmoserve flew its first payload, Mission Embrace, aboard Skyroot Aerospace’s Vikram-1 rocket. The flight hardware was developed in under four months, six months ahead of schedule. Although the robotic capture petals did not deploy as planned, the mission provided valuable data for further development.&nbsp;&nbsp;Sai Krishna said Hyderabad is one of India’s leading Digital Engineering hubs, with over 525 Global Capability Centres (GCCs), R&amp;D centres, Centres of Excellence (CoEs) and Innovation Centres. Our next growth frontier has been Aerospace and Defence, where we are building advanced capabilities and manufacturing defence equipment for the world.”&nbsp;“Now, we are witnessing the exciting emergence of the SpaceTech ecosystem, with over 30 startups, including a unicorn and several soonicorns, driving innovation and pushing boundaries,” he added.

Cosmoserve Space aims to develop more critical technologies in-house through Base 1 and strengthen domestic manufacturing capabilities to help reduce dependence on imported components such as optics, avionics and space-grade electronics.

Hyderabad-based startup Cosmoserve Space on Thursday unveiled Base 1—India’s first private facility equipped with space vision effect and microgravity simulation, and only the sixth of its kind anywhere in the world. The facility was inaugurated by D. Sridhar Babu, Telangana’s Minister for IT, Electronics & Communications, Industries & Commerce, and virtually by Union Minister Dr. Jitendra Singh, Science & Technology and Earth Sciences. Dr Chiranjeevi Phanindra, Founder & CEO of Cosmoserve Space, and Sai Krishna, IT Advisor, Telangana, were also present. India’s first end-to-end design, manufacturing and operations centre dedicated to Active Debris Removal and in-orbit servicing, Base 1 marks a significant milestone in the country’s growing space technology ecosystem. Minister D. Sridhar Babu said, “Facilities like Cosmoserve’s Base 1 show exactly why Hyderabad is leading the country in space innovation. We are now home to over 30 spacetech companies, including India’s first spacetech unicorn. They are building everything from launch vehicles and space data centres to debris removal systems and drug discovery platforms.” “This deep-tech execution is possible because we have the fastest-growing aerospace and defence sector in Hyderabad alongside 52 national labs, a talent pool of 1.5 million engineers, and a local supply chain that covers nearly 90% of their component needs.” Historic leap for India’s private space sector Base 1 has the infrastructure to design, build, test and operate various functionalities required for satellite servicing and space debris recovery. It houses four key facilities: an Orbital Rendezvous and Capture Lab to simulate spacecraft capture operations; a Space Robotics Innovation Lab to develop robotic capture systems; an ISO Class 8 clean room for satellite integration; and a Mission Simulation and Control Centre to manage upcoming missions. Besides removing space debris, the facility will support satellite servicing, including in-orbit repairs and refuelling. Cosmoserve currently sources close to 60% of its mission components locally. Company to develop critical technologies in-house The company aims to develop more critical technologies in-house through Base 1 and strengthen domestic manufacturing capabilities to help reduce dependence on imported components such as optics, avionics and space-grade electronics. Dr Chiranjeevi Phanindra, Founder & CEO of Cosmoserve Space, said, “In our first year we have flown our first payload on an Indian rocket, raised our seed round, and today we open a facility where we can design, build, test and fly our missions under one roof.” “Space debris is becoming the limiting factor for every nation’s space ambition, including India’s. Base 1 is where we build the capability to keep orbits usable, for Gaganyaan, the Bharatiya Antariksh Station and every satellite that follows.” The facility comes up following Cosmoserve’s $6 million seed funding round, taking its total funding to over $9 million. Cosmoserve flew its first payload, Mission Embrace, in July In July 2026, Cosmoserve flew its first payload, Mission Embrace, aboard Skyroot Aerospace’s Vikram-1 rocket. The flight hardware was developed in under four months, six months ahead of schedule. Although the robotic capture petals did not deploy as planned, the mission provided valuable data for further development. Sai Krishna said Hyderabad is one of India’s leading Digital Engineering hubs, with over 525 Global Capability Centres (GCCs), R&D centres, Centres of Excellence (CoEs) and Innovation Centres. Our next growth frontier has been Aerospace and Defence, where we are building advanced capabilities and manufacturing defence equipment for the world.” “Now, we are witnessing the exciting emergence of the SpaceTech ecosystem, with over 30 startups, including a unicorn and several soonicorns, driving innovation and pushing boundaries,” he added.

Cosmoserve Space aims to develop more critical technologies in-house through Base 1 and strengthen domestic manufacturing capabilities to help reduce dependence on imported components such as optics, avionics and space-grade electronics.

Cosmoserve unveils India’s first private facility with space vision effect and microgravity simulation

The amount of space junk falling back to Earth is increasing as rocket launches and satellite deployments increase. Although most debris disintegrates in the atmosphere or lands in the ocean, large objects, roughly a metric ton in weight, are now re-entering Earth's atmosphere approximately once a week, according to reports Mariusz Slonina, who leads space situational awareness operations for the Polish Space Agency, stated that around one metric ton of space debris re-enters Earth's atmosphere weekly. “The re-entries happen each and every day,” he said. Reflecting the rapid increase in space activity, the US Space Force recorded nearly 820 objects re-entering the atmosphere in 2025, a sharp rise from just 110 a decade earlier.<h3>Growing frequency of rocket launches</h3>A similar incident took place near Mukuku village in Kenya, where a sizeable metal ring from a rocket crashed into farmland. Rather than burning up during re-entry, the object landed intact and was later traced to a rocket that had been orbiting Earth for over 16 years. The growing frequency of rocket launches and satellite deployments continues to drive up the volume of debris returning to Earth. Last year alone saw more than 300 rocket launches, while thousands of satellites remain in orbit, many of which eventually re-enter the atmosphere once their missions conclude. Recent developments indicate debris from the International Space Station landed on a home in Florida, and parts of a SpaceX rocket fell in Poland. Another example includes a defunct Chinese satellite which broke apart over Spain's Canary Islands. In addition, pieces of space debris have also been discovered in Australia and the Philippines.&nbsp;Also read: <a href="https://www.wionews.com/trending/world-s-largest-digital-camera-captures-over-500-000-galaxies-50-000-stars-in-one-stunning-image-1785657873100">World's largest digital camera captures over 500,000 galaxies, 50,000 stars in one stunning image</a> An FAA-commissioned study projected that by 2035, debris from SpaceX satellites alone could result in an injury or death roughly once every two years. Experts have called on governments and companies to adopt materials designed to fully burn up during re-entry, though no such regulations currently exist. The report noted that existing UN treaties addressing liability for space debris were established during the Cold War era and remain narrow in scope. It further noted that although the UN released guidelines on space debris in 2007, these remain non-binding. According to The New York Times, predicting the exact landing location of uncontrolled space debris remains beyond the capability of even top rocket scientists. A miscalculation of just one minute in estimating re-entry timing can shift the potential landing zone by nearly 300 miles.

Recent developments indicate debris from the International Space Station landed on a home in Florida, and parts of a SpaceX rocket fell in Poland. Another example includes a defunct Chinese satellite which broke apart over Spain's Canary Islands.

The amount of space junk falling back to Earth is increasing as rocket launches and satellite deployments increase. Although most debris disintegrates in the atmosphere or lands in the ocean, large objects, roughly a metric ton in weight, are now re-entering Earth's atmosphere approximately once a week, according to reports Mariusz Slonina, who leads space situational awareness operations for the Polish Space Agency, stated that around one metric ton of space debris re-enters Earth's atmosphere weekly. “The re-entries happen each and every day,” he said. Reflecting the rapid increase in space activity, the US Space Force recorded nearly 820 objects re-entering the atmosphere in 2025, a sharp rise from just 110 a decade earlier. Growing frequency of rocket launches A similar incident took place near Mukuku village in Kenya, where a sizeable metal ring from a rocket crashed into farmland. Rather than burning up during re-entry, the object landed intact and was later traced to a rocket that had been orbiting Earth for over 16 years. The growing frequency of rocket launches and satellite deployments continues to drive up the volume of debris returning to Earth. Last year alone saw more than 300 rocket launches, while thousands of satellites remain in orbit, many of which eventually re-enter the atmosphere once their missions conclude. Recent developments indicate debris from the International Space Station landed on a home in Florida, and parts of a SpaceX rocket fell in Poland. Another example includes a defunct Chinese satellite which broke apart over Spain's Canary Islands. In addition, pieces of space debris have also been discovered in Australia and the Philippines. Also read: World's largest digital camera captures over 500,000 galaxies, 50,000 stars in one stunning image An FAA-commissioned study projected that by 2035, debris from SpaceX satellites alone could result in an injury or death roughly once every two years. Experts have called on governments and companies to adopt materials designed to fully burn up during re-entry, though no such regulations currently exist. The report noted that existing UN treaties addressing liability for space debris were established during the Cold War era and remain narrow in scope. It further noted that although the UN released guidelines on space debris in 2007, these remain non-binding. According to The New York Times, predicting the exact landing location of uncontrolled space debris remains beyond the capability of even top rocket scientists. A miscalculation of just one minute in estimating re-entry timing can shift the potential landing zone by nearly 300 miles.

Recent developments indicate debris from the International Space Station landed on a home in Florida, and parts of a SpaceX rocket fell in Poland. Another example includes a defunct Chinese satellite which broke apart over Spain's Canary Islands.

'One metric ton every 7 days': Space junk falling to Earth once a week as rocket launches surge

satellite-debris

Satellite Debris, News on Satellite Debris, stories on Satellite Debris, articles on Satellite Debris, Satellite Debris stories at Wion, Satellite Debris news, Satellite Debris latest news

satellite debris

Cosmoserve unveils India’s first private facility with space vision effect and microgravity simulation

Space junk falling to Earth once a week as rocket launches surge