Portable Manpack Drone Jammer with 3KM Jamming Distance and Digital Gaussian White Noise Technology

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Portable Manpack Drone Jammer with 3KM Jamming Distance and Digital Gaussian White Noise Technology
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Features
Specifications
Build-in Battery: 27/28V DC,220V,28V
Jamming Radius: 2-3km
Output Power: 78W
Size: 346×216×100mm
Humidity: 30%-95%
Main Engine Weight: 15Kg
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3KM Jamming Distance Drone Jammer

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Digital Gaussian White Noise UAV Jammer

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Portable Manpack Design Drone Signal Blocker

Basic Infomation
Place of Origin: China
Brand Name: UND
Model Number: U-UAV200
Payment & Shipping Terms
Delivery Time: 5-8 days
Payment Terms: T/T
Supply Ability: 100
Product Description
High Integration Manpack Drone Cell Phone Signal Blocker Device Portable
The portable UAV/drone jammer is our latest R&D innovation designed to counter the widespread use of drones. This device disables targeted UAVs by jamming remote-control and GPS signals, forcing drones to either land or return to their origin. Effective jamming distance exceeds 3 kilometers.
Drone Blocker Function
Provides effective interference with UAV signals including: 2400MHz Remote-Control, 1500MHz GPS, 1200MHz GPS, and 5800MHz Transmission frequencies.
Drone Blocker Features
  • Signal Source: Digital gaussian white noise technology with high integration and stable operation
  • Highly effective power output with long jamming distance capability
  • Manpack design with audible "BUZZER" alert system for operational convenience
  • High quality tubular radiator for efficient heat dissipation
  • Import components with moderating circuit-starting design to prevent sparking during power on/off cycles
  • Separate battery system for easy replacement and maintenance
Drone Blocker Applications
  • Prisons and detention facilities
  • Airports and aviation security
  • Scientific research centers
  • Courthouses and interrogation rooms
  • Military installations and strategic locations
  • Areas requiring prohibition of unauthorized aerial photography
Performance Testing
Field tested with Futaba 14sg. ICR (Interference to Communication Ratio) = Y/X = 600/50 = 12, where Y is interference distance and X is communication distance. As X increases, ICR approaches 1. For example, when X is 500m, Y is 1.5KM.
Advanced Model A: U-UAV200
ICR = Y/X = 3/1.5 = 2, where Y is interference distance and X is communication distance.
Technical Parameters
Channel Working Frequency Output Power (±1dBm)
CH1 2.4G (2400-2485MHz) 43 dBm
GPS, Glonass 1565-1610MHz 41.7 dBm
GPS, Glonass 1217-1250MHz 41.7 dBm
CH2 5.8G (5725-5850MHz) 39 dBm
CH3 2.4G (2400-2485MHz) 43 dBm
Signal Source: Digital gaussian white noise
Build-in Battery: 27/28V DC,220V,28V
Jamming Radius: 2-3km
Antennas: 3 directional antennas
Output Power: 78W
Power Consumption: 240W
Main Engine Weight: 15Kg
Size: 346×216×100mm
Humidity: 30%-95%
Operating Temperature: -10°C to +50°C
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Get in touch with us
Contact Person : Susan
Tel : +8613991372145
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