Stationary 360° Directional High-Power Multi-Band UAV Drone Jammer System

This high-power 1600W stationary outdoor drone jammer provides 360° perimeter defense using four 90° directional antennas. Featuring a 1–3km radius and up to 10 customizable bands, it ensures complete UAV mitigation.

  • Quad-Directional 360° Perimeter Defense
  • Massive 1600W Industrial RF Output
  • Tactical Multi-Band Isolation Controls
  • All-Weather Structural Hardening

Product Details

Product Features

This fixed UAV jammer is fitted with high-gain directional antennas and 8 independent built-in RF modules. It allows switchable GPS jamming to repel drones or enforce forced landing. Offering 360° omnidirectional jamming with a coverage distance of 1 to 3 km, it steadily blocks signals on 900 MHz, GPS L1, WiFi 2.4 GHz and 5.8 GHz. (Optional function: GPS Spoofing)
  • 17 dBi high-gain antenna
  • Jamming range: 1 km to 3 km
  • Cooling fan equipped, supports long-term continuous operation
  • IP65 dustproof & waterproof
  • Lightning protection design
  • 360° omnidirectional air defense

Key Specifications

10 Max Bands
Parameter Channel Frequency Range Output Power(±1.5dBm)
Frequencies 400MHz*4 420-440MHz 47 dBm (50W)
700MHz*4 700-840MHz 47 dBm (50W)
900MHz*4 840-960MHz 47 dBm (50W)
1.2GHz*4 1150-1300MHz 47 dBm (50W)
1.5GHz*4 1560-1610MHz 47 dBm (50W)
2.4GHz*4 2400-2500MHz 47 dBm (50W)
5.2GHz*4 5150-5300MHz 47 dBm (50W)
5.8GHz*4 5700-5900MHz 47 dBm (50W)
Blocking radius 1000-3000m (Based on local area signal strength)
Total output power 1600W / Customized
Power consumption 3200W / Customized
Number of bands 10 (Support customized frequency)
Number of antennas 4 PCS
Device size 530 × 480 × 260mm
Antenna size 1120 × 310 × 80mm
Antenna support band 400MHz – 5.8GHz / Customized
Antenna gain 5 – 17dBi Gain
Working angle 90° for per directional antenna
Packing size 1200 × 600 × 450mm
Weight 75kg
Power supply AC 110-240V
Installation Outdoor
Note Jammer Frequency customization: 20MHz-8000MHz

FAQ

Q1: How do directional antennas achieve 360-degree coverage in this stationary system?
A1: The system splits its 360° azimuth into four distinct quadrants using four specialized 90° high-gain directional panel antennas. Unlike omni-directional antennas that scatter energy equally in all directions, these directional antennas focus massive RF energy into targeted sectors, significantly extending the jamming range (up to 3km) while maintaining complete airspace coverage.
Q2: What is the significance of the 1600W output power versus the 3200W power consumption?
A2: The massive 1600W RF output power ensures exceptionally high power spectral density across all active bands to punch through modern anti-jamming drone protocols at long distances. The 3200W input power consumption represents the total power drawn by the high-power amplifier stages, internal power distribution boards, and the heavy-duty active thermal cooling sub-systems combined.
Q3: Why are the frequency bands listed with a “*4” suffix (e.g., 2.4GHz*4) in the technical specifications?
A3: The “*4” notation indicates that the internal RF signal generation and amplification modules are duplicated across four independent outputs to feed the four 90° directional sector antennas separately. This layout ensures uniform power distribution and maximum Equivalent Isotropically Radiated Power (EIRP) across all four structural axes simultaneously.
Q4: How does toggling the GPS/GNSS bands independently alter an incoming drone’s behavior?
A4: When remote control links (2.4G/5.8G) are jammed but satellite navigation (GPS) is left operational, the drone loses contact with its pilot and triggers its internal “Return-to-Home” safety protocol. If the GPS band is also activated, the drone loses all spatial positioning capabilities and is forced to perform an immediate, controlled vertical landing on the spot.
Q5: What protections are included to prevent component failure during a lightning strike or extreme seasonal weather?
A5: The jammer features built-in industrial-grade surge and lightning protection components to safeguard delicate internal RF electronics from high-voltage transient spikes. Additionally, the entire 75kg system is sealed within a heavy-duty IP65-rated weatherproof enclosure and driven by an active thermal management fan system to withstand continuous outdoor operation in extreme environments.
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