ND-BL003 Reactive Convoy Jammer

ND-BL003 Reactive Convoy Jammer is specifically designed for protection of VIPs, convoys and high security premises against threats from possible terrorist acts of explosive devices through radio controlled detonation.
The system is simply the best way to defend military convoys and troops from the threats of radio-activated and road-side bombs. The fully integrated reactive jamming system provides the ultimate solution for Military and Police Convoys, and VIP protection.
By adopting the advanced jamming technology, the system can conduct ultra-fast detecting transmittance of radio signal within device operating frequency range and automatically spot jamming such signal. In addition, the system not only can optimally distribute jamming power along operating frequency range automatically, but is also equipped with built-in digital diagnostics system with alarms.
Frequency range | 20MHz-6000MHz |
Radius of radio controlled fuses blocking zone (by international measuring method) | ≥1000m |
Average speed of scanning of operation frequency range | 3000GHz/sec |
Spectral density by power of jamming signal | 10 W/KHz |
Instantaneous bandwidth | 20MHz/40MHz |
Typical detection/Reaction latency | 20~200μs |
Spectral sensitivity | -90dBm |
Exciter signal generator switching speed | 10μs |
Dimensions | 1200 X 1000 X 700mm |
Weight | Approx. 80kg |
Bomb/RF Jamming System
• Ultra-fast detecting transmittance of radio signals for blasting and automatic spot jamming at the detected frequency within device operating frequency range
• Application of Smart Power® technology
• Device can operate in barrage if necessary
• Automatic optimal distribution of jamming power along operating frequency range
• High spectral density by power
• Built-in digital diagnostics system with system alarms
• Manufactured in compliance with military standards
• Jammer module | x 1 (or several) |
• Antenna | x 1 (or several) |
• Battery | x 1 |
• Power Supply | x 1 |
• Remote Control(optional) | x 1 |
• User Manual | x 1 |