Cosmoserve Space opens Base 1 in Hyderabad and raises $6 million to build robots that clear space debris

Low Earth orbit is getting crowded. Thousands of working satellites now share it with spent rocket stages, dead spacecraft and fragments from collisions and break-ups, and every new constellation adds to the traffic. Hyderabad-based Cosmoserve Space wants to build the machines that clean it up, and on 5 November 2026 it opened the facility where it plans to make them.

The start-up inaugurated Base 1, a facility of about 14,800 sq ft at VSD Tech Park in Gachibowli, Hyderabad. On the same day it announced a $6 million seed round involving Japan’s Rebright Partners, which takes its total funding past $9 million.

What was announced

Union Minister Dr Jitendra Singh opened Base 1, joining virtually from New Delhi as chief guest. Telangana IT Minister D. Sridhar Babu attended in person as guest of honour, with Cosmoserve founder and CEO Dr Chiranjeevi Phanindra.

According to reports of the event, Base 1 is where Cosmoserve will design, build, test and operate its space robots, and it includes a mission-control room. Its labs cover:

• orbital rendezvous and capture, where approach-and-grab manoeuvres can be rehearsed on the ground;
• space robotics, for the capture mechanisms themselves;
• microgravity simulation, to test how hardware behaves when it is not held down by gravity;
• satellite integration clean rooms, whose exact classification was not established in the accessible source.

The company describes Base 1 as India's first private facility built specifically for active debris removal and in-orbit servicing. One report says it is only the sixth such facility in the world. That ranking comes from coverage of the launch and has not been independently verified.

The money and the investors

The reported seed investors include Rebright Partners, a Japan-based venture firm. Aranya Holdings and Naandi Ventures joined, as did existing backers AUM Ventures and Shakti VC. The funds are for Base 1, technology demonstrations and two upcoming missions.

This builds on an oversubscribed $3.17 million pre-seed round in September 2025, led by Alan Rutledge with AUM Ventures and Shakti VC. A Japanese lead investor matters here. Japan is home to some of the most advanced commercial debris-removal programmes, and its investors have shown a long-term appetite for the market.

A first flight that only partly worked

Cosmoserve has already flown hardware. Its first orbital demonstration, Mission Embrace, was announced as a test of a soft robotic capture system for debris removal. It rode aboard Skyroot Aerospace’s Vikram-1 in July 2026, according to Entrackr’s company-attributed report. Cosmoserve says the flight hardware was built in under four months.

The results were mixed. Business Standard's latest report presents July as Cosmoserve's first payload flight. Another report says technical issues stopped the robotic capture "petals" from deploying. The company's 2027 plans point the same way. They include a re-flight of Mission Embrace, which suggests the capture test still has to be completed.

Why "soft" capture?

Debris-removal concepts tested around the world have used rigid robotic arms, nets, harpoons and magnetic docking plates. Each has drawbacks. Some rigid capture systems rely on compatible grapple points; capturing an unprepared object requires a different interface and control strategy. Nets and harpoons are hard to control and can create new fragments. A soft robotic gripper is designed to wrap around and conform to an object of irregular shape. In principle, that should make it gentler and more tolerant of the tumbling, unpredictable targets that make up most debris. Cosmoserve's approach is that this flexibility can make capture both safer and more widely usable. It still has to show that this works in orbit.

The road to 2027–28

Cosmoserve has set out a clear sequence of next steps:

• microgravity flight tests of its capture systems;
• a re-flight of Mission Embrace;
• a full-scale debris-capture demonstration in 2027;
• later commercial missions, subject to successful demonstrations and customer commitments.

Reports also describe a dual-spacecraft architecture that the company says is intended to service multiple satellites. Beyond debris removal, the company is aiming at satellite servicing more broadly, including refuelling, which could add years to a satellite's life.

Why it matters for India

At the inauguration, Dr Jitendra Singh linked the facility to India's goal of debris-free space missions by 2030. ISRO has pursued that goal since 2024, and it commits Indian missions to leaving behind no long-lived debris. Policy alone cannot meet it. India will need ways to inspect, move and remove objects in orbit, and Base 1 is one of the first privately funded efforts to build them in India.

The opportunity is also commercial. Satellite operators face growing collision risk and growing regulatory pressure to clear their orbits at end of life. Life-extension services are becoming a business in their own right. Most of the companies working on this today are in the US, Europe and Japan. If Cosmoserve can show that soft-robotic capture works in orbit, Indian technology would have a place in a market that is still taking shape.

Cosmoserve's story also links several parts of India's young private space sector. It flew on Skyroot's rocket, raised money from domestic and Japanese investors, and drew support from both the central and Telangana governments. It also reflects Hyderabad's growing role as a hub for private space manufacturing.

The risks

Capturing an uncontrolled, tumbling object in orbit is one of the hardest problems in spaceflight, and few organisations anywhere have done it. Cosmoserve's business depends on proving its capture technology in space, and the July flight did not settle that. One commentary describes the company as being at a high-risk stage. The 2027 re-flight and full-scale demonstration will show whether Base 1 becomes the base of a real orbital-servicing business or remains a well-equipped lab.

The company now has funding, a facility and a timeline to work with. The next 18 months will show whether the technology works.

Sources

• https://www.business-standard.com/amp/companies/start-ups/cosmoserve-unveils-hyderabad-facility-for-space-debris-removal-refuelling-126110501673_1.html
• https://www.greaterkashmir.com/national/jitendra-singh-inaugurates-cosmoserve-spaces-base-1-facility-in-hyderabad-for-active-space-debris-removal-and-in-orbit-servicing-12786511
• https://thechenabtimes.com/2026/11/05/jitendra-singh-inaugurates-hyderabad-space-debris-removal-facility/
• https://inc42.com/buzz/spacetech-startup-cosmoserve-nets-6-mn-eyes-commercialisation-by-2028
• https://entrackr.com/snippets/spacetech-startup-cosmoserve-space-raises-6-mn-in-seed-round-12787035
• https://www.newsbytesapp.com/news/science/hyderabad-startup-cosmoserve-space-launches-base-1-after-6-million-boost/tldr
• https://indianopinion.org/cosmoserve-space-opens-debris-removal-facility-in-hyderabad/
• https://www.whalesbook.com/news/English/technology/Cosmoserve-Space-Opens-Hyderabad-Facility-for-Debris-Tech/6aec76a94fc30694db5eedd6
• https://www.uniindia.com/cosmoserve-space-to-demonstrate-world-s-first-in-orbit-soft-robotic-capture-on-skyroot-s-vikram-1-mission/south/news/3900352.html
• https://entrackr.com/snippets/cosmoserve-space-raises-317-mn-in-pre-seed-round-10500126