.svg){kind=logo}
Defense
Mission-critical systems for extreme defense environments
Defense vehicles and mobile platforms require rugged, deterministic electronics that maintain control, reliability, and data integrity across hostile and unpredictable operating conditions.
Industry Challenges
Failure is unacceptable when mobility, autonomy, and safety converge
- Coordinating propulsion, steering, hydraulics, and auxiliary systems under extreme shock, vibration, and temperature exposure
- Maintaining deterministic control and low-latency communication for autonomous and mission-critical subsystems
- Ensuring long-term reliability, diagnostics, and redundancy in environments with limited maintenance access
Armored Tactical Vehicles
Designed for high load variation and harsh terrain, these vehicles rely on robust electronic control for powertrain performance, braking, and auxiliary systems.
Autonomous Ground Support Vehicles
Unmanned defense platforms require deterministic ECUs and I/O systems to manage propulsion, steering, and safety functions without operator intervention.
Mobile Radar and Surveillance Units
Vehicle-mounted surveillance platforms depend on synchronized control of power, positioning, and stabilization systems in dynamic field conditions.
Heavy Logistics and Recovery Vehicles
Defense logistics vehicles require durable electronics to support hydraulic systems, drivetrain control, and continuous health monitoring under sustained duty cycles.
Built for the demands of modern manufacturing
MIL-STD-810
Environmental Engineering Considerations
Defines environmental test methods to ensure electronic systems withstand shock, vibration, temperature extremes, and moisture.
MIL-STD-461
Electromagnetic Compatibility
Establishes EMC requirements to prevent electronic interference across densely integrated defense vehicle systems.
SAE J1939
Heavy-Duty Vehicle Networks
Provides standardized CAN communication for reliable data exchange between ECUs, sensors, and subsystems in heavy defense vehicles.
ISO 26262
Functional Safety of Machinery
Supports structured approaches to safety-related electronic system design, increasingly applied to autonomous and mission-critical defense platforms.
Discover how others have solved their toughest challenges
Build better machines
Talk to our experienced team of mobile machines experts and sales engineers.
Get technical support
Submit a technical support request to our experienced engineering team.