Electric propulsion
High-torque, independently managed drive channels with closed-loop command and health monitoring.
Technology stack
Deterministic control stays close to the machine.
Mission intelligence can perceive, plan, and assist. A dedicated real-time control layer remains responsible for motion, safety states, command freshness, and drive authority.
Reference architecture
Clear boundaries between operator, intelligence, and vehicle safety.
Operator Control
→Resilient Communications
→Real-Time Control Coremotion + safety authority
→Drive & Safety
Subsystems
Subsystems
Mission Intelligence
→Perception & Mission Compute
↗bounded commands + health
Mission Sensing
→Multi-Modal Perception & Navigation
→compute + control layers
Mission compute does not directly replace the deterministic vehicle-control and failsafe layer. Interface authority is bounded by operating mode, command freshness, system health, and program-specific safety requirements.
Engineering stack
Built for integration and fault visibility.
Mechanical systems
Rugged structures, independent suspension, fabrication, packaging, and serviceability.
Real-time control
Deterministic motion, link supervision, calibration gating, and motor-disable behavior.
Vehicle dynamics
Integration underway: closed-loop yaw control, traction logic, stability supervision, and rollover-risk mitigation.
Sensor integration
Configuration-dependent interfaces for multi-modal perception, navigation, and mission payloads.
Edge intelligence
A modular, high-performance compute integration path for perception and mission workloads.
Power architecture
Propulsion, control, compute, communications, and payload power designed as one system.
Fault visibility
Telemetry, logging, temperature, current, speed, link state, and explicit fault handling.
Engineering assurance
Selected for the mission. Verified as a system.
Each configuration combines carefully selected, field-proven industrial hardware with custom control, packaging, protection, and integration developed around the operating environment.
Components are evaluated against duty cycle, thermal margin, electrical stress, vibration, serviceability, failure behavior, and program-specific test criteria. Exact selections, schematics, control implementation, and qualification evidence are reserved for qualified technical review under NDA.
MISSION INTELLIGENCEMission perception and compute integrationACTUAL PLATFORM PHOTOGRAPHY REQUIRED
CONTROL AUTHORITYProtected real-time control assemblyACTUAL PLATFORM PHOTOGRAPHY REQUIRED
Control philosophy
Assistance without surrendering human authority.
Advanced teleoperation is the primary operating basis. AI-assisted perception and supervised autonomy can improve awareness and reduce workload while keeping the operator in the decision loop for security and public-safety missions.
The development path supports autonomous navigation and coordinated robotic systems only as evidence, controls, and program requirements justify them.
Start a technical conversation
Integrate intelligence without compromising the control foundation.
Bring your autonomy, sensing, communications, or mission software. We’ll define the physical, electrical, thermal, control, and safety interfaces.