Portable Gun Design Drone Jammer with 800-1000m Jamming Range and VCO Technology for Security
Product Description
Gun Design Drone Frequency Scrambler for Security
Advanced drone signal jammer with effective jamming range up to 1000 meters, designed to disrupt unauthorized drone operations and protect sensitive areas.
Drone Signal Jammer Overview
UAV quadcopters and drones are increasingly becoming security concerns as they become more affordable and accessible. Our specialized jamming equipment disrupts remote control signals and GPS navigation, forcing unauthorized drones to either land slowly or return to their operator.
Most high-end commercial UAV drones and quadcopters operate on 2.4GHz, 5.8GHz, and GPS L1 frequencies. With drone sales expected to grow exponentially and security incidents increasing daily, Greetwin Company developed DroneGun to provide effective countermeasures against nefarious drone activities.
We offer proven quality wireless technology equipment tested in numerous projects, guaranteeing reliable operation and stability. Worldwide delivery via DHL with competitive export and wholesale pricing.
Key Functions
Effectively interferes with:
UAV Remote-Control Signal: 2400MHz
GPS Signal: 1500MHz
Transmission Signal: 5800MHz
Product Features
Signal Source: VCO technology for high integration and stable operation
High effectiveness: Powerful output with long jamming distance
Portable design: Gun-type form factor for easy handling
Thermal management: High-quality tubular radiator for effective heat dissipation
Quality components: Imported parts with moderating circuit design to prevent sparking during power on/off
Battery system: Internal batteries with LCD display for capacity monitoring
Applications
Primarily used in high-security environments including:
Prisons and detention facilities
Airports and airfields
Scientific research centers
Interrogation rooms and courthouses
Labor camps and military installations
Any location requiring protection against unauthorized aerial photography
Performance Testing
Field tested with Futaba 14sg systems. 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 reaches 1.5km. ICR represents the maximum effective interference ratio between interference distance and communication distance.
Technical Specifications
Channel
Working Frequency
Output Power (±1dBm)
CH1
2.4G: 2400-2485MHz
43 dBm
CH2
5.8G: 5725-5850MHz
43 dBm
CH3
GPS L1: 1573-1607MHz (GPS, GLONASS)
43 dBm
Build-in Battery: 24V, 12A (minimum 1 hour operation), with LCD display for battery status monitoring