Satellite Upkeep for Protection, Extension, and Repair
We build robotic spacecraft that autonomously service, repair, and extend the life of satellites already in orbit — making space infrastructure sustainable for the long haul.
Space is littered with stranded assets — satellites that failed early or ran out of propellant. Today there is no standard way to service them. That's a systemic failure we're here to fix.
S.U.P.E.R. is a fully autonomous robotic spacecraft that can rendezvous with, inspect, repair, and refuel satellites already in orbit — no human pilot required.
From initial detection to safe departure, S.U.P.E.R. executes a fully autonomous end-to-end servicing mission.
Every subsystem aboard S.U.P.E.R. is selected for reliability, performance, and the unforgiving demands of on-orbit operations.
Electric propulsion system using krypton propellant for high specific impulse and precise orbital maneuvering throughout the mission lifecycle.
A precision gripper arm for delicate grasping operations paired with a multi-function Swiss-knife arm for servicing, fastening, and component manipulation.
Fused sensor suite enabling centimeter-accurate pose estimation of uncooperative target satellites for safe autonomous rendezvous and docking.
Radiation-hardened, space-qualified SPARC processor handling all critical flight functions with deterministic real-time performance.
Edge AI accelerator running real-time computer vision and navigation inference workloads with high throughput in a compact, low-power form factor.
Carbon fibre reinforced polymer over an aluminum honeycomb core provides an exceptional stiffness-to-mass ratio, surviving launch loads and thermal cycling.
We're not just designing a module — we're proposing an INDUSTRY STANDARD.
The space economy is scaling rapidly. Thousands of new satellites are launching every year. S.U.P.E.R. is laying the groundwork for a future where orbital infrastructure is maintained, extended, and never wasted.
Shield valuable assets from premature failure through proactive on-orbit maintenance and anomaly response.
Add years to operational satellite life through refueling and system upgrades — maximizing return on investment.
Restore malfunctioning spacecraft through autonomous robotic intervention — turning a loss into a recovery.
Four aerospace engineering students from Toronto Metropolitan University, specializing in space systems — and turning a bold idea into an engineering reality.
Interested in partnering or investing? Get in touch — we'd love to talk.
Whether you're a satellite operator, investor, or fellow space enthusiast — we want to hear from you.