On-orbit maintenance for spacecraft
We handle the mechanical work your mission needs, so your design can drop redundancy and keep operational integrity intact.
Your spacecraft shouldn't depend on luck. Or redundancy.
Early fault detection
We catch subsystem anomalies early, so you can act before mission-critical failure.
Telemetry analysis
We parse your vehicle's telemetry to identify drift and degradation patterns.
Single-string confidence
We help you trust single-string topology by verifying system health and resilience.
Maintenance readiness
Our diagnostics tell you exactly what needs servicing and when, no guesswork.
Three missions in, and the feedback is clear
Early customers confirm what we designed for: robotic diagnostics that let you cut redundancy and fly lighter.
The diagnostic readback was sharper than our ground telemetry. We cut two redundant subsystems and kept single string integrity for the full mission window.
Daniel Reyes
Systems Engineer, LEO Comm Satellite Program
On-orbit service replaced what would have been a design overhaul. The robotic diagnostics gave us the confidence to simplify the bus architecture.
Priya Natarajan
Lead Spacecraft Architect, Orbital Manufacturing Group
Their maintenance support was precise and fast. We reduced dry mass by eleven percent after moving to single string with robotic backup.
Marcus Webb
Program Manager, GEO Communications Constellation
Single string topology, without the single point of failure
Our robots perform regular maintenance and diagnostics on-orbit, so you can build lighter, simpler vehicles and trust that they keep flying.
100%
On-orbit service
Maintenance and diagnostics performed in orbit, not on the ground.
1
Single string design
Keep your spacecraft simple and light, with our robots as your backup.
2x
Diagnostic speed
Get telemetry and fault data faster, so you can act before it matters.
0
Unplanned downtime
Catch issues on-orbit, before they become mission-critical failures.
Get your mission-critical diagnostic data
We provide on-orbit maintenance and diagnostics for complex spacecraft systems. Contact us today for more information.
Wondering what single-string reliability really takes?
On-Orbit Robotic Mechanics designs robotic maintenance and diagnostics for spacecraft from the ground up. Our systems keep complex topologies operational without relying on redundant hardware, so you can build leaner and still fly with confidence.
Plan your mission from Los Angeles.
Our engineering team is based in Los Angeles, California, ready to discuss your spacecraft's maintenance and diagnostic needs from initial design to on-orbit operations.