Selected RAD developments across autonomous systems, RF, electronic warfare, embedded control and platform integration.
Autonomous Terminal Guidance
Embeddable onboard module for target detection, lock, tracking and flight correction during the terminal phase.
EDGE AI COMPUTER VISION GUIDANCE FLIGHT CONTROL EMBEDDED
Currently at bench validation. Performance figures on this page are design targets and have not been flight-validated.
VIEW RAD AA
Counter-UAS Electronic Warfare System
Field-deployed electronic warfare system developed to protect personnel, positions and vehicles against UAV threats.
RF · POWER ELECTRONICS · EW · SYSTEM ENGINEERING · FIELD DEPLOYMENT
VIEW PROJECT
RF Detection & EW Automation
Modular RF detection and control system that automates threat detection and the selective activation of electronic countermeasures.
RF · SIGNAL DETECTION · EMBEDDED · AUTOMATION · SYSTEM INTEGRATION
VIEW PROJECT
Remote Control & Monitoring
Remote control system enabling operators to manage and monitor deployed EW equipment from a protected location.
RF · HARDWARE · FIRMWARE · CONTROL · POWER
VIEW PROJECTValidation is not a phase at the end of development. Each level defines the conditions under which a system is tested.
A result measured on the bench does not support a field claim. Each level defines the conditions under which a system is tested — and therefore which claims about it are legitimate.
Evaluation under actual operational conditions.
Evaluation against the intended use case with real operators.
Performance in representative real-world environments.
Complete system operating on the target platform.
Interfaces, controls and behaviour under simulated conditions.
Subsystem performance and basic functionality.
RAD projects range from embeddable subsystems to complete field-deployed defense systems.
RAD develops complete systems, new subsystems and technology integrations for defense applications.
