With thousands of non-operational satellites and fragments already in Earth’s orbit, and new launches adding to the count each year, risks to active missions are increasing. Collisions, service disruptions and higher operational costs are emerging concerns for both private operators and space agencies. With more satellites being deployed for communication, navigation and earth observation, congestion in key orbital paths is becoming harder to manage.
Can this debris be removed at scale, or will it continue to accumulate?
In a move aimed at addressing this challenge, a technology demonstration mission is being planned to test active debris removal systems in orbit. The plan involves deploying a satellite platform that will support the integration and testing of debris capture and removal technologies in real conditions. The objective is to assess whether such systems can function effectively in space before moving towards larger-scale deployment.
The initiative is being carried out through a partnership between Cosmoserve Space and Pixxel Space.
The mission will use a satellite platform that serves as the base system for integrating debris capture and removal technologies. It will support key functions such as navigation, positioning and system control during the demonstration phase. The aim is to test how these systems perform in orbit and generate data on feasibility and reliability.
Under the agreement, Pixxel Space will provide the satellite bus and use its design and manufacturing capabilities to support the mission. The satellite bus will act as the base system for integration and in-orbit operations. Cosmoserve Space will deploy and test its debris capture and removal technology on this platform as part of the demonstration mission.
“Finding the right platform partner for this mission was critical. We needed a team that understands the demands of orbital operations. With the deployment and operation of six Firefly satellites, Pixxel brings the engineering capability we were looking for,” said Chiranjeevi Phanindra B, Founder and CEO at Cosmoserve.
The collaboration also brings in experience from satellite deployment and operations to support the mission requirements. “Responsible access to space requires managing the orbital environment. This mission aligns with that need and supports efforts to address debris in orbit,” said Awais Ahmed, Founder and CEO at Pixxel
The demonstration mission is expected to generate data on system performance in orbit, and the focus will be on assessing whether debris removal can be carried out in a controlled and repeatable manner. Outcome is expected to guide how such systems are integrated into ongoing missions and operational planning, as space agencies and private operators work to manage congestion in Earth’s orbit.
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