Full-Band RF Jamming + Dual-Band Precision Suppression System

Infrared Electro-Optical Gimbal with tracking

IR/EO Gimbal automatic tracking

Electro-Optical Gimbal signal booster

Specifications

High Light:

Full-Band RF jamming system

Dual-Band precision suppression system

Public safety RF jamming device

Product Description

Full-Band RF Jamming + Dual-Band Precision Suppression System

The Full-Band RF Jamming + Dual-Band Precision Suppression System is a high-performance radio frequency countermeasure device purpose-built for low-altitude security and defense applications. Integrating dual-core technologies—"Full-Band RF Jamming" and "Dual-Band Precision Suppression"—the system targets the entire operational link of UAVs and other low-altitude threats, encompassing remote control, video transmission, data links, and satellite navigation. This establishes a unified low-altitude defense architecture featuring "full-coverage + precision engagement."

Powered by Gallium Nitride (GaN) core amplifier technology, the system rapidly identifies, locks onto, and suppresses a wide range of targets—from consumer-grade and mid-to-high-end UAVs to modified "black-fly" devices. Widely deployed in critical defense applications including territorial air defense, urban clear-zone protection, major event security, and border surveillance, the system delivers second-level response and efficient threat neutralization, building a robust protective barrier for low-altitude airspace security.

Core Product Features

Full-Band, Full-Coverage with Zero Blind Spots

Covers an ultra-wide frequency spectrum from 300MHz to 6GHz (expandable to 60MHz)
Comprehensive coverage of all UAV operational bands:
- Data links: 900MHz / 1.4GHz / 1.6GHz
- Remote control / video transmission: 2.4GHz
- High-definition video transmission: 5.8GHz
- Satellite navigation: GPS L1 / BeiDou B1 (1.5GHz)
Equipped with multi-channel RF front-end and high-speed FPGA
Enables millisecond-level full-spectrum parallel scanning
Precisely captures signals from non-standard and modified UAVs
Completely eliminates "missed detection" risks, achieving zero-blind-spot full-coverage defense

Dual-Band Precision Suppression with Low Collateral Interference

Core focus on precision suppression across the 2.4GHz + 5.8GHz UAV dual bands
Integrated with directional narrowband filtering technology for energy concentration in the target airspace
Precisely cuts off UAV remote control, video transmission, and data links
Delivers second-level rapid countermeasure response
Effectively avoids interference with surrounding civilian communication systems
Achieves high-efficiency countermeasures with low collateral interference and broad compatibility

Full-Band + Dual-Band Synergy for True Closed-Loop Defense

Employs a coordinated defense mechanism: "full-band detection as the safety net, dual-band precision as the strike force"
Powered by AI-driven spectrum fingerprint recognition technology
Rapidly identifies and discriminates between multi-brand UAV targets
Supports intelligent tiered response with parallel multi-target engagement capability
Forms a fully automated closed-loop defense architecture integrating detection, assessment, and jamming
Delivers enhanced defense stability and system interoperability

High-Performance Hardware with Flexible Deployment

Powered by high-performance Gallium Nitride (GaN) power amplifier chips
High output power, superior energy efficiency, and extended jamming range
Compact form factor with low power consumption and high stability
Supports multiple deployment scenarios: fixed installation, vehicle-mounted, and portable configurations
Quick and simple installation and commissioning
Enables rapid defensive deployment
Suitable for both routine standing-duty operations and temporary security assignments

Intelligent Operation Optimized for High-Security Scenarios

Built-in dual operating modes: Deterrence (Drive-Away) and Forced Landing
Intelligent mode switching based on threat level assessment
Flexible and controllable response options
Fully automated operation requiring minimal manual intervention
Well-suited for high-level low-altitude security scenarios including:
- Airports and civil aviation facilities
- Nuclear power plants
- Major public events and venues