50W Anti Drone Module

The 50W Drone Signal Jammer Module is engineered for robust control of unauthorized drone intrusions. It severs communication links between drones and their controllers, satellites, or other transmission sources by emitting targeted interference signals, ensuring security in sensitive or restricted areas.

Key Advantages:

• High Power Output: Features a 50W power output for extensive and reliable interference coverage.
• Broad Bandwidth Coverage: Supports a wide range of frequency bands (100–200MHz, 200–300MHz, 300–400MHz, 420–480MHz, 720–820MHz, 850–950MHz, 970–1100MHz, 1170–1280MHz, 1550–1650MHz, 2300–2500MHz, 5150–5350MHz, 5400–5700MHz, 5725–5850MHz), compatible with diverse drone communication protocols.
• Flexible Scheme Options: Offers LDMOS, GaN, and LoRa GaN solutions to meet varying performance, integration, and application requirements.
• Compact & Integratable Design: Available in compact dimensions (e.g., 130mm×45mm×19mm, 144mm×55mm×22mm, 103mm×50mm×19mm, 128mm×35mm×19mm) for seamless integration into security systems.

Applicable Scenarios: Airport no-fly zones, government compounds, military bases, large-scale event venues (concerts, exhibitions), correctional facilities, and other high-security environments.

A: The module supports a wide range of drone communication frequency bands (e.g., 100–200MHz, 200–300MHz, 300–400MHz, and higher bands up to 5850MHz). LoRa GaN schemes offer enhanced interference for drones using LoRa communication. Custom frequency options are also available to match specific drone systems.

A: - LDMOS: Delivers stable performance at a balanced cost, ideal for general drone jamming.

• GaN: Offers high efficiency and power density, suitable for compact, high-performance applications.
• LoRa GaN: Optimized for jamming drones with LoRa-based communication (targeted interference).
  Choose based on the target drone’s communication type, project budget, and performance requirements.

A: Yes. Frequency customization is available (see “Customized Frequency” in “Frequency Range” remark). For bulk orders, customization of voltage (beyond 28–32V), form factor, or connectors can also be discussed.

A: Yes. The operating temperature range is -10°C to +55°C, and it undergoes rigorous high-low temperature testing (gain fluctuation ≤±1.5dB, power fluctuation ≤±1dB), ensuring reliability in most outdoor environments.

A: The module requires ≥4A@+28Vdc for power. The power cable uses “Red positive, Black negative” polarity. RF signals output via an SMA external screw base. Ensure correct power polarity and RF connector compatibility during installation.