FROM OPERATIONAL NEEDTO FIELD-VALIDATED SYSTEM.

DISCUSS A PROJECT VIEW PROJECTS

RAD is a full-cycle mil-tech development company. We take defense systems from concept and engineering through integration, real-world validation and production readiness.

6STAGES · SIX GATES

FULL-CYCLE DEVELOPMENT

We take ownership from concept to production-ready system.

3/4SYSTEMS IN OPERATIONAL USE

REAL-WORLD VALIDATION

RAD has direct access to field and combat-condition testing.

4SYSTEMS DEVELOPED

3IN OPERATIONAL USE

6ENGINEERING DISCIPLINES IN-HOUSE

5INTERNATIONAL PROGRAMMES

FOUR OF SIX ENGINEERING DOMAINS.

VIEW ALL SIX CAPABILITIES

DIFFERENT PROBLEMS.DIFFERENT SYSTEMS.

Selected RAD developments demonstrate the range of engineering challenges we take on.

IN OPERATIONAL USE01/04
RAD v1.1
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
IN OPERATIONAL USE02/04
SIGNAL REAPER
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
IN OPERATIONAL USE03/04
RAD ReMote
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 PROJECT
IN DEVELOPMENT04/04
RAD AA
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
VIEW PROJECT

From embeddable subsystems to complete field-deployed defense systems.

VIEW ALL PROJECTS

BUILT IN ENGINEERING.PROVEN IN THE REAL WORLD.

RAD has direct access to field and combat-condition testing, allowing systems to be evaluated against real operational constraints and improved using direct operator feedback.

HOW WE VALIDATE

062/4
COMBAT-CONDITION
Evaluation under actual operational conditions.
RAD v1.1confirmedSIGNAL REAPERconfirmedRAD ReMoteplannedRAD AAplanned
053/4
OPERATIONAL
Evaluation against the intended use case with real operators.
RAD v1.1confirmedSIGNAL REAPERconfirmedRAD ReMoteconfirmedRAD AAplanned
043/4
FIELD
Performance in representative real-world environments.
RAD v1.1confirmedSIGNAL REAPERconfirmedRAD ReMoteconfirmedRAD AAplanned
033/4
INTEGRATION
Complete system operating on the target platform.
RAD v1.1confirmedSIGNAL REAPERconfirmedRAD ReMoteconfirmedRAD AAplanned
023/4
HARDWARE-IN-THE-LOOP
Interfaces, controls and behaviour under simulated conditions.
RAD v1.1confirmedSIGNAL REAPERconfirmedRAD ReMoteconfirmedRAD AAplanned
013/4
BENCH
Subsystem performance and basic functionality.
RAD v1.1confirmedSIGNAL REAPERconfirmedRAD ReMoteconfirmedRAD AAin progress