The mitigation of orbital debris is an increasingly serious problem that has not gotten enough attention, but this is changing. Commercial companies are addressing orbital debris, and one of them, KMI Space, has flown its experiments aboard the International Space Station, performing over 170 individual rendezvous-and-grab operations. The results are very promising, and the company is moving ahead with ever more ambitious designs. Adam Kall of KMI joins us to discuss their work on the ISS, the goals of the company, and how nature—via the humble octopus and gecko lizards—may have provided the answers for this vexing problem.
Headlines:
SpaceX to Build Major Starbase Louisiana with Ambitious Launch Plans
Falcon 9 Retirement Looms as Starship Prepares to Take Over
Recovery and Future of Starship Flight 13 Discussed
Roman Space Telescope Launch Previewed
Lunar Eclipse Recap and Next Major Eclipse Forecast
Trump Announces New US Space Academy
Main Topic: KMI Space's REACH Technology and In-Orbit Relocation
KMI Space's Origin Story and Path to the Space Industry
The REACCH Gripper: Gecko and Octopus-Inspired Robotic Arms
How REACCH Grips and Moves Tumbling Satellites and Debris
Real-World ISS Demonstrations and Operational Challenges
Pivot from Debris Removal to Satellite Relocation as a Service
Business Model: Transparent Pricing and Customer Targeting
Future Vision: In-Orbit Collection, Refueling, and Recycling Stations
National Security Implications and Force-Appropriate Applications
Technical Details: Materials, Propulsion, and Size Consideration
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