Rover Battery System
Prototype Power for Terrestrial Testing
Explore the SystemPerformance Specifications
Hover over any specification to explore its performance envelope.
Total system energy across dual-pack configuration
Series architecture delivering high-voltage bus
Sustained draw capacity for rover operations
Peak draw for motor start and terrain events
System mass including enclosure and harness
Qualified operating temperature envelope
Mission Requirements
Every program target met or exceeded.
Modular Architecture
Dual-pack configuration with integrated power distribution.
Dual Battery Configuration
- Two packs + PDU
- 120 Ah total capacity
- 132 kg system weight
Extreme Environment Ready
- Operating: -20°C to +55°C
- Storage: -40°C to +60°C
- Ruggedized enclosure
Communications
- Multi-protocol interface
- BMS telemetry and diagnostics
- VCU-compatible messaging
Built to support a government prototype rover program, this system delivered dual-pack modular architecture, extreme environment ratings, and full interface documentation. From specification to hardware in four months.
Why It Matters
Responsive to Program Schedule
Delivered two months ahead of the six-month requirement. From specification review to shipped hardware in four months.
Exceeded Electrical Targets
Continuous discharge delivered at 4x the minimum requirement, pulse at 2.25x. Margin where the mission needs it.
Full Interface Documentation
CAN, RS-485, EtherCAT, ICD, and CAD delivered with hardware. Integration-ready from day one.
Working on a similar program?
We build prototype and development battery systems for advanced research and government programs. Single units welcome.