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Space debris: Cosmoserve to test debris removal technology aboard Vikram-1

07 Jul 2026
2 min

India's First Privately Developed Orbital-Class Rocket: Vikram-1

Skyroot Aerospace is on the verge of launching Vikram-1, India’s first privately developed orbital-class rocket.

Cosmoserve Space and Active Debris Removal (ADR)

  • Cosmoserve Space, an Indian startup focused on ADR technologies, is launching Mission Embrace, its first orbital technology demonstration.
  • The mission, part of Skyroot's maiden orbital launch (Mission Aagaman), will occur between July 12 and August 4.
  • Mission Embrace aims to demonstrate soft robotic capture in orbit for the first time globally.

Challenges in Spaceflight: Satellite Debris

  • Addressing the increasing number of defunct satellites and orbital debris is critical for long-term orbital sustainability.
  • Cosmoserve’s dual-spacecraft system captures and removes defunct satellites at approximately one-tenth the cost of current solutions.

Innovative Technology: Soft Robotic Capture Mechanism

  • Designed to latch onto non-cooperative objects in orbit, such as defunct satellites.
  • Mission Embrace will be the first to validate this technology in space.

Rapid Development and Collaboration

  • Cosmoserve's technology progressed from concept to flight-ready in just four months, a remarkable feat for a company under a year old.
  • Development overseen by an independent committee of former ISRO scientists and industry veterans.
  • Underwent rigorous reviews: system concept, preliminary design, critical design, and flight readiness.

Future Plans and Significance

  • Mission Embrace is the first step in a broader plan to develop scalable ADR technologies and in-orbit servicing.
  • With increasing satellite constellations and orbital congestion, such technologies are crucial for long-term space operations sustainability.

Explore Related Content

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RELATED TERMS

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In-orbit servicing

Activities performed on satellites while they are in space, such as refueling, repair, upgrading, or de-orbiting. This technology aims to extend the lifespan and capabilities of space assets.

Orbital Sustainability

The principle of maintaining the space environment in a condition that allows for continued safe and reliable use of Earth's orbits by current and future generations, largely by managing and removing space debris.

Soft Robotic Capture Mechanism

An innovative technology designed to gently capture non-cooperative objects in space, such as defunct satellites, using flexible and adaptable robotic components. This is a key technology for Active Debris Removal.

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