Flight Suite
Software stack that controls the dexterity layer for autonomous capture in space.


Startup · United States
HQ SeattleFounded 20241-10 employees
Orbital Robotics builds AI-powered robotic arms that autonomously capture and service spacecraft in orbit. Its deep reinforcement learning engine solves the dynamic coupling problem, positioning it at the intersection of commercial satellite growth and rising government demand for autonomous on-orbit servicing.
Software stack that controls the dexterity layer for autonomous capture in space.
Newest unveiled first. Open a system for its milestone timeline, components and sources.
| Technology | Role | Maturity | TRL | Notes | Confidence |
|---|---|---|---|---|---|
| Space, launch and counterspace | Developer | — | — | classify_sectors run 37, haiku, taxonomy 2026-10-18b: Builds AI robotic arms for autonomous spacecraft capture and servicing and cites rising government demand for on-orbit servicing. | Reported |
| Uncrewed systems | Developer | — | — | classify_sectors run 37, haiku, taxonomy 2026-10-18b: Builds AI robotic arms for autonomous spacecraft capture and servicing and cites rising government demand for on-orbit servicing. | Reported |
Maturity and TRL describe this organization's work; the field-wide maturity is on each technology's page.
| Person | Role |
|---|---|
| Aaron Borger · LinkedIn ↗ | CEO |
LinkedIn · Supports Organization · employee range, Organization · linkedin url
“employee_range: 1-10 (profile: 2-10 employees)”
Orbital Robotics · Supports System
“Flight Suite ## Control the dexterity layer in space”
Black Flag · Supports Organization, Role
“Orbital Robotics builds AI-powered robotic arms that autonomously capture and service spacecraft in orbit. Its deep reinforcement learning engine solves the”
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