Cosmoserve’s first demonstration of its innovative soft robotic capture system aboard Skyroot’s Vikram-1 rocket encountered a deployment issue but still achieved significant test data collection, validating core subsystems and advancing India’s active debris removal efforts.
- Soft robotic petals failed to deploy but critical data was collected.
- Mission cost under $100K, vastly cheaper than traditional satellite tests.
- Part of Skyroot’s successful Vikram-1 inaugural orbit launch.
What happened
Cosmoserve launched its soft robotic capture system, Mission Embrace, aboard Skyroot Aerospace's Vikram-1 rocket on July 18, making its maiden flight into low-Earth orbit. The system is designed to capture space debris using flexible robotic petals that envelop tumbling or irregular objects in orbit. While the actuation system and onboard software performed well under launch conditions, the robotic petals themselves failed to deploy due to an unusual settling caused by extreme space environment factors.
Despite this deployment failure, Cosmoserve confirmed the system’s primary subsystems remained functional, and valuable data was collected that cannot be emulated through ground testing. This marks a significant milestone for the startup, which advanced its concept to flight-ready hardware in just four months and is working toward cost-effective active debris removal solutions.
Why it matters
Active debris removal is an emerging global priority as the proliferation of defunct satellites threatens operational spacecraft and future missions. Cosmoserve’s soft robotic technology offers a gentler, more adaptable alternative to rigid capture methods, which could improve the safety and efficiency of debris removal or in-orbit servicing operations.
Importantly, Cosmoserve highlighted the cost reduction benefit of their in-orbit demonstration, achieving critical testing for less than $100,000—a fraction of the $3 million to $5 million typical for full satellite tests. This cost-effectiveness combined with the successful data retrieval supports the advancement of India's spacetech ecosystem and innovation in space sustainability.
What to watch next
Cosmoserve plans to analyze the in-orbit test data to refine the robotic petal architecture and software to prevent settling issues in the next iteration. The startup is focused on enhancing its system for future debris removal spacecraft aimed at lowering the cost and increasing the feasibility of active orbital debris management.
Additionally, Skyroot Aerospace will continue its launch cadence with up to two more Vikram-1 flights in 2026 and is preparing to introduce the upgraded Vikram-1U and the higher capacity Vikram-2 rocket in 2027. These missions will provide further opportunities for Cosmoserve and other Indian spacetech startups to test and validate in-orbit technologies.