0+
Large Debris Tracked0 KM/H
Orbital Velocity0+
Dead Satellites0 Million+
Tiny FragmentsOut of 17,000+ satellites launched since the space age began, more than 5,000 are now "dead metal". At hypersonic velocities, even a small, untracked fragment can cause catastrophic, mission-ending damage.
Safe. Efficient. Autonomous.
“Achieving safe, efficient, and zero-impact handling of space junk.”
Garuda Mission ObjectiveSystem Architecture
Key technologies powering the GARUDA arm.
Dual-Arm Design
A lightweight, modular dual-arm design provides flexibility and redundancy for complex capture maneuvers.
7-DOF Articulation
7-Degrees-of-Freedom with high-precision articulation allows for maximum dexterity and reach in orbit.
Advanced Sensor Suite
Equipped with IMU, LIDAR, and Stereo Vision to autonomously identify, track, and approach target debris with high accuracy.
Fault-Tolerant & Soft Capture
Robust architecture ensures stable debris collection. Adaptive grippers with force/torque feedback ensure zero-impact capture.
On-Orbit Servicing (OOS)
The GARUDA arm's high-precision and modular design makes it a versatile tool for critical OOS beyond debris removal.
Refueling & Repair
Perform intricate maintenance to extend the operational life of active satellites.
Orbital Assembly
Support the construction and deployment of large, next-generation space structures in orbit.
System Inspection
Conduct detailed, non-contact inspection of vehicle and satellite systems using the advanced vision suite.
Know More
Request detailed mission specifications, technical datasheets, or schedule a secure briefing with our Space Systems command.