Safe. Scalable. Reusable. Protecting cislunar orbits and enabling humanity's sustainable expansion into space through advanced active debris removal.
Our Mission Get in TouchGCCV is developing a modular, AI-orchestrated system to remove space debris. Our goal: clear high-risk orbital paths, reduce conjunction risks for constellations like Starlink, and ensure safe, sustainable access to space for future generations.
Launcher mothership deploys 10 compact 1m³ Tugboats per mission. Each Tug features 54 xenon ion thrusters for extreme maneuverability, rechargeable batteries, and 6 extendable robotic arms with gecko-inspired grippers (ISS-proven) for safe, no-harm attachment.
Two Tugs approach opposing ends of the target's spin axis at the exact same moment. Spin-matched, soft-grip contact via gecko pads — no deflection, no fragmentation. Tugs become the debris's new thrusters for controlled de-orbit.
Centralized Ground-based AI (GAI) processes real-time LIDAR/video from Launcher & Tugs. It handles spin analysis, collision-free path planning, docking timing, and de-orbit trajectories — enabling hundreds of Tugs to operate productively and scalably.
Tesla car-sized stations in key orbits with large solar arrays and battery storage. Tugs return to refuel xenon and recharge batteries — making the system fully reusable and cost-effective for long-term fleet operations.
Interested in partnership, investment, or collaboration? We're seeking feedback from industry leaders to refine this technology for real-world impact.