Development partnership / Orbital Repairability Studio
Design for the hands that will repair it.
Explore access, inspection, replacement and tool reach while the design can still change. Turn accepted findings into a candidate service task.
Review a serviceable design
WHO IT SERVES
Orbital Repairability Studio
Spacecraft designers and developers of serviceable equipment.
Start with a funded programme, a defined task and the evidence needed to decide whether the capability should scale.
Model the service task
Bring the design, interfaces, tools and intended operator into one context.
Rehearse access
Inspect reach, visibility, sequence and replacement paths while the design can change.
Test the assumptions
Compare the rehearsal with a representative physical rig and retain accepted decisions.
WHAT THE ENGAGEMENT PRODUCES
Useful work. Reusable evidence.
- Serviceability rehearsal
- Access and tool-interface findings
- Candidate repair task package
- Linked design and test record
How we evaluate it
Check digital findings against physical access tests using accepted geometry and appropriate engineering simulation.
THE TOOLS BEHIND THE MISSION
Connected by the platform.
THE SHARED COMMERCIAL UNIT
The Space Work Package.
One task, tied to the correct hardware, with the knowledge to perform it and a record of what happened.
Context
Configuration, parts, sources and limits
Practice
Simulation, training and accepted criteria
Execution
Approved steps, guidance and authority
Evidence
Actions, sensors, decisions and outcomes
Release
Reviewed improvement and permitted reuse
A human view supports guide, assist and assess. A robot view packages the task, perception, control interface, stop conditions and recovery for a qualified configuration.
THE NEXT MISSION
Review a serviceable design.
Tell us about the hardware, task and outcome your team needs. We’ll scope the next practical step.
Discuss a mission