Defence Solutions

Radar detection range above 10 km for small UAS with approximately 10 m RMS range accuracy.

RF detection coverage across 0.4-18 GHz with radar operation in X/Ku band and jammer or spoofer coverage across key GNSS and control bands.

Conductive and forced-air cooling provisions support radar, RF, and jammer electronics during extended airborne operation.

Conformal lightweight enclosures using glass/carbon fibre composite materials support helicopter integration below the target payload limit.

Rugged touchscreen HMI with PPI, threat track list, signal classification, operating mode selection, and jammer status monitoring.

Dual redundant processing chains, built-in test, fault isolation, and graceful degradation for mission continuity.

Separated jammer/spoofer and RF receive chains with omnidirectional jamming and MIL-STD-461E/F compliance intent.

Baseline soft-kill jammer/spoofer capability with optional hard-kill gun or RCWS interface and aircraft-safe operating clearance.

Wideband coverage from 400 MHz to 6000 MHz, including GNSS bands for counter-drone detection and response workflows.

Handy and tripod-mounted system, easily transferable and operable in both day and night environments.

Direction-finding accuracy of 7 degrees RMS with 360-degree azimuth coverage for commercial and military UAVs.

Detection and DF range of 3 to 4 km supported by AI/ML-based drone classification.

RF jamming range of 3 to 4 km in omnidirectional mode and 5 to 6 km in directional mode.

GNSS jamming and spoofing range of 4 to 5 km in omnidirectional mode and 7 to 8 km in directional mode.

AC mains support for continuous detection and jamming, with rechargeable battery operation for field deployment.

Target weight below 80 kg without battery backup and below 90 kg with minimum two-hour battery backup.

ISM data-link coverage from 400 MHz to 6 GHz, including 433 MHz, 900 MHz, 2400 MHz, 5200 MHz, 5800 MHz, and GNSS bands.

Backpack configuration that is easily transferable and operable in both day and night environments.

Direction-finding accuracy of 7 degrees RMS with 360-degree azimuth support for commercial UAV threats.

Detection and direction-finding range of 1 to 2 km in urban operating areas.

RF jamming range of 1 to 2 km minimum in directional mode with a 30 degree cone.

GNSS jamming range of 3 to 4 km minimum in directional mode with a 30 degree cone.

Rechargeable battery operation with at least 4 hours of continuous detection and at least 1 hour of continuous jamming.

System weight is 23 kg or below for operator-carried deployment.

Safe movement of personnel and materials between shore and ship during embarkation and disembarkation operations.

Parallelogram linkage mechanism keeps the steps horizontal at all times despite changes in gangway inclination.

Operational inclination range from -15 degrees to +65 degrees supports a wide spectrum of tidal conditions.

Modular construction supports convenient transportation, assembly, maintenance, and field deployment.

Designed for practical naval access requirements where shore interface and vessel deck height vary with tide.

Developed as a naval access system for safe, reliable shore-to-ship movement across changing berth and tide conditions.

Engineered shelter construction supports electromagnetic protection for sensitive electronics and mission payloads.

Reinforced panels, access doors, sealing, hinges, and hardware are configured for defence-grade field use.

Layouts can support racks, consoles, cable routing, power distribution, cooling provisions, and system interfaces.

Adaptable for command, communication, radar, EW, test, and platform-support applications.

Built for reliable operation across outdoor, coastal, industrial, and deployable infrastructure conditions.

Supports inspection, integration checks, EMI/EMC readiness workflows, and site acceptance requirements.

Supports torpedo practice and hit-accuracy validation by presenting a defined underwater target structure during naval training exercises.

Long rectangular lattice construction provides a visible impact zone and structural reference for weapon-effect assessment.

Surface buoyancy modules maintain target depth and alignment while enabling easier location, monitoring, and recovery.

Multiple vertical suspension lines connect the target frame to the buoyancy array for stable underwater positioning.

Designed for controlled deployment in naval test and training ranges with repeatable positioning across exercise cycles.

Helps training teams evaluate torpedo run, strike alignment, and target-hit consistency under realistic maritime conditions.

Supports helicopter and jet air-to-surface strike practice against a realistic floating naval target profile.

Integrated heat-generation zone simulates vessel exhaust temperature for infrared acquisition and engagement training.

Ship-like surface silhouette with modular panels, openings, and marked impact zones for visual and sensor-based recognition.

Designed for moored or towed deployment in naval firing ranges with controlled orientation and repeatable exercise setup.

Supports post-run inspection and strike accuracy validation across defined target zones.

Modular surface structure allows repair, replacement, handling, and transport between training cycles.

Mimics submarine-like acoustic behavior by generating controlled underwater noise signatures for sonar search and target-fixing practice.

Hydrophone and sonar payload architecture supports controlled noise generation, underwater monitoring, and range evaluation.

Allows ships and submarines to detect, fix, track, and fire torpedoes against a repeatable simulated acoustic target.

Hung below the buoyancy system and used along with underwater target structures for stable exercise-depth positioning.

Designed for naval test ranges with repeatable deployment, recovery, and post-run assessment support.

Configurable mission profiles help recreate realistic acoustic conditions for disciplined torpedo training and validation.