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Frequency Coverage
2 GHz to 18 GHz -
Threat Library Capacity
10,000+ emitter profiles -
Power Consumption
150 to 250 W -
Cooling Method
Forced-air avionics cooling
Compact Airborne Radar Warning Receiver
The Compact Airborne Radar Warning Receiver (RWR) is an all-digital electronic support system designed to detect, identify, and prioritize radar emissions from airborne, land-based, and maritime threats. It utilizes broadband digital receiver technology to provide real-time threat alerts, enhanced situational awareness, and cueing for defensive countermeasures on fighter aircraft, helicopters, transport aircraft, and unmanned platforms.
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B2B COMMERCIAL / EXPORT
Full System Specifications
Tactical & Operational Capability
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Threat Rings
Alphanumeric threat symbology with relative lethality display
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360° Situational Awareness
Continuous 4-quadrant spatial monitoring
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Data Link Sharing
MIL-STD-1553B databus integration for networked threat reports
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Mission Recording
Integrated digital flight memory for post-flight debriefing
Direction Finding & Geolocation
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Bearing Accuracy
< 3° RMS
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Angle Coverage
360° azimuth
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Elevation Coverage
±45° to ±60°
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Geolocation
Single-ship precision direction finding and Time Difference of Arrival (TDOA)
Available Variants
Multiple barrel length and configuration options — from ultra-compact CQB to full-length designated marksman configurations.
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01B2B COMMERCIAL / EXPORT
Airborne Escort Jammer Pod
The Airborne Escort Jammer Pod is an advanced airborne electronic attack system designed to protect strike aircraft by detecting, identifying, and jamming hostile radar and communication systems. Mounted externally on dedicated electronic warfare aircraft like the EA-18G Growler, it provides high-capacity stand-off and escort jamming to suppress advanced integrated enemy air defenses (SEAD/DEAD) and improve overall mission survivability. The system utilizes agile, ultra-wideband digital receivers, DRFM techniques, and state-of-the-art Gallium Nitride (GaN)-based AESA transmitters.
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02B2B COMMERCIAL / EXPORT
Expendable Active Radar Decoy
The Expendable Active Radar Decoy is a self-contained, battery-powered electronic countermeasure deployed from standard aircraft dispensers to lure hostile RF-guided missiles away from the host platform. Utilizing miniaturized Digital RF Memory (DRFM) technology, it receives incoming threat signals, manipulates them, and transmits a powerful spoofing signal to break the enemy radar's lock, executing advanced deception techniques as it falls away from the aircraft.
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03GREY ZONE / RESTRICTED
PASSIVE DETECTION & TRACKING RADAR SYSTEM
Passive Detection & Tracking Radar System is a deployable, non-emitting Passive Emitter Tracking (PET) sensor platform designed to detect, locate, identify, and track airborne, maritime, and surface targets by exploiting their electromagnetic emissions. Because it does not transmit active signals, it operates completely covertly. The system utilizes Time Difference of Arrival (TDOA) multilatertion across three or four deployed stations to provide high-precision, 3D long-range detection and emitter geolocation. It is optimized to provide continuous situational awareness in contested electromagnetic environments while remaining entirely immune to anti-radiation missiles.
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04B2B COMMERCIAL / EXPORT
Multi-Role C4I Tactical Support Vehicles
Multi-Role C4I Tactical Support Vehicles provide secure tactical data links, Beyond-Line-Of-Sight (BLOS) communication, and multi-domain intelligence integration for modern military operations. Engineered on a blast-resistant V-hull chassis for maximum survivability, these mobile tactical operations centers (TOCs) enable network-centric warfare, secure battlefield management, and real-time command coordination in hostile environments.
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05GREY ZONE / RESTRICTED
INTEGRATED BATTLE COMMAND SYSTEM
INTEGRATED BATTLE COMMAND SYSTEM is a modular, open-systems command-and-control fire solution platform that fuses real-time radar tracking data with advanced engagement logic to coordinate the interception of aerial and surface threats. The system utilizes an "any-sensor, best-effector" architecture, processing continuous track updates from disparate surveillance and fire-control radars to generate optimized, composite intercept solutions for missile and layered air defense assets. It functions as the central engagement coordination node within an Integrated Fire Control Network (IFCN).
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06GREY ZONE / RESTRICTED
VEHICLE-MOUNTED ELECTRONIC NEUTRALIZATION SYSTEM
Vehicle-Mounted Electronic Neutralization Systems are advanced mobile platforms engineered to detect, disrupt, and neutralize hostile electronic signals across the electromagnetic spectrum. Designed for hybrid battlefield operations, these systems integrate high-power Software Defined Radio (SDR) jamming, signal interception, and real-time threat analysis to disable enemy communication, cellular networks, and control systems. Optimized for rapid deployment and tactical flexibility on a KamAZ 6x6 chassis, they provide effective electronic strike capability while supporting coordinated neutralization operations and swarm defense in contested environments.
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07GREY ZONE / RESTRICTED
MOBILE SHORT-RANGE ANTI-STRIKE SYSTEM
Mobile Short-Range Anti-Strike Systems is an agile, rapid-response platform engineered to detect and neutralize incoming aerial threats in close-range operational environments. Designed for hybrid engagement, these systems integrate kinetic interception—utilizing FIM-92 Stinger missiles and a 30mm XM914 cannon—with advanced Modi II electronic disruption capabilities to counter fast-moving rotary-wing aircraft and low-altitude Unmanned Aerial Systems (UAS). Optimized for mobility and quick deployment on the 4x4 Joint Light Tactical Vehicle (JLTV) chassis, they enhance battlefield survivability by providing immediate defensive response, shoot-on-the-move capability, and localized threat neutralization in dynamic combat scenarios.
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08GREY ZONE / RESTRICTED
RADIO FREQUENCY DENIAL VEHICLE
Radio Frequency Denial Vehicles are specialized mobile platforms engineered to disrupt and deny the use of the electromagnetic spectrum to hostile systems. Designed for electronic dominance in contested environments, these vehicles deploy advanced jamming and signal interference technologies to block tactical communications, cellular networks (GSM, LTE), and GNSS navigation systems (GPS, GLONASS, Galileo). Supporting multi-domain operations, they enable effective electronic neutralization while degrading enemy coordination and situational awareness on the battlefield.
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