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IN OPERATIONAL USE

RAD v1.1

Counter-UAS Electronic Warfare System

RF · POWER ELECTRONICS · EW · SYSTEM ENGINEERING · FIELD DEPLOYMENT

Field-deployed electronic warfare system developed to protect personnel, positions and vehicles against UAV threats.

RAD v1.1 deployed on position

THE PROBLEM

UAV threats against personnel, fixed positions and vehicles require suppression that can be deployed and sustained in the field — without external power, without a prepared site and without a dedicated operator.

THE SYSTEM

RAD v1.1 is a complete, self-contained EW system. It covers six frequency bands with independent amplification per band, runs from an internal battery or vehicle supply, and is deployed as a single unit by one person. RAD developed the full system: RF chain, power electronics, thermal design, enclosure and control.

SPECIFICATIONS

SPECIFICATIONS

Frequency bands6 bands · 700–6000 MHzBENCH-MEASURED
Output power300 WBENCH-MEASUREDAggregate across active bands
Suppression rangeup to 2 kmFIELD-MEASUREDOpen terrain · dependent on emitter type and background interference
Endurance6 h continuousFIELD-MEASUREDInternal battery · all bands active · +20 °C
Power supplyInternal battery or vehicle supplyBENCH-MEASURED
Protection classIP65BENCH-MEASURED
Mass18 kgBENCH-MEASUREDDeployed configuration including battery
DeploymentPersonnel · positions · vehiclesOPERATIONALLY OBSERVED

Full specifications, interface documentation and test data are provided to verified counterparties under NDA.

REQUEST TECHNICAL DOSSIER

ENGINEERING DISCIPLINES

The in-house capabilities this project required.

WHAT HAS ACTUALLY BEEN CONFIRMED.

Validated through bench, integration, field and operational use, including evaluation under combat conditions. Operator feedback from deployed units has driven successive hardware revisions.

6/6LEVELS CONFIRMED

  1. LEVEL 01CONFIRMED

    BENCH

    Subsystem performance and basic functionality.

  2. LEVEL 02CONFIRMED

    HARDWARE-IN-THE-LOOP

    Interfaces, controls and behaviour under simulated conditions.

  3. LEVEL 03CONFIRMED

    INTEGRATION

    Complete system operating on the target platform.

  4. LEVEL 04CONFIRMED

    FIELD

    Performance in representative real-world environments.

  5. LEVEL 05CONFIRMED

    OPERATIONAL

    Evaluation against the intended use case with real operators.

  6. LEVEL 06CONFIRMED

    COMBAT-CONDITION

    Evaluation under actual operational conditions.