Space Robotics Services
Leveraging our ground-based robotics expertise, we provide design and engineering services for radiation-tolerant robots, launch vehicles, propulsion systems, and embedded systems for space applications.
Key Features
Radiation-Tolerant Design
Systems engineered to withstand the harsh realities of space — radiation exposure, thermal cycling, vacuum conditions, and micrometeorite impacts.
Low-Power Optimization
Power-efficient architectures for extended mission duration in resource-constrained environments where every watt counts.
Propulsion Systems
Solid, liquid, and hybrid propulsion design for launch vehicles and spacecraft — from suborbital sounding rockets to orbital insertion stages.
Launch Vehicle Development
End-to-end launch vehicle design including airframe, avionics, propulsion integration, and flight software for suborbital and orbital platforms.
Spacecraft Embedded Systems
Custom embedded hardware and firmware for onboard computing, sensor management, and real-time control in spacecraft and satellites.
Ground Control Systems
Mission control software for launch operations, telemetry monitoring, command uplink, and orbital tracking.
Spacecraft Subsystems
Design and integration of power, thermal, communication, and attitude control subsystems for satellites and spacecraft.
We bring over a decade of ground-based robotics experience to the challenges of space. Our team provides design, engineering, and consulting services for systems that must operate reliably in the most demanding environment — from launch vehicle avionics and propulsion design to orbital robotics and satellite subsystems. Every design is driven by the constraints of space: radiation tolerance, extreme thermal ranges, limited power budgets, and zero room for failure.
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