Spaceo develops passive de‑orbiting technologies that accelerate the removal of defunct satellites, helping to maintain a safer and more sustainable orbital environment. Their solutions use lightweight, non‑propulsive mechanisms that can be integrated into satellite designs to ensure compliance with debris mitigation standards.
Funding
Funding not disclosed
Founders
Product
Problem
Defunct satellites and debris remain in orbit for years, increasing collision risk and threatening the long‑term sustainability of space operations. Current de‑orbit methods often rely on active propulsion, adding mass, complexity, and cost to satellite designs.
Solution
Spaceo creates passive de‑orbiting technologies that use lightweight, non‑propulsive mechanisms to accelerate the natural decay of satellites after mission end. These systems can be integrated during the satellite design phase, enabling compliance with debris‑mitigation standards without significant mass or power penalties. Spaceo also offers end‑to‑end engineering services, handling design, testing, and implementation of custom de‑orbit solutions tailored to each operator’s mission requirements. By providing both the hardware and the technical support, Spaceo helps space operators reduce long‑term orbital debris and maintain a safer space environment.
Target Audience
Primary customers are satellite manufacturers and operators seeking cost‑effective, compliant solutions for end‑of‑life disposal of their spacecraft.
Features
- Passive de‑orbit devices such as drag sails and inflatable structures that increase atmospheric drag without using fuel
- Modular, low‑mass designs compatible with a wide range of satellite platforms and form factors
- Materials and deployment mechanisms engineered for reliable operation in the harsh space environment
- Full engineering support covering concept development, structural analysis, ground testing, and flight qualification
- Integration assistance to ensure seamless incorporation into existing satellite bus architectures and mission timelines