Drone FPV GPS, BeiDou, GLONASS Galileo Spoofing Device For Airport, Prison, Border Security, Power Plant Security

Working Principle

Drone spoofing devices send simulated navigation or communication signals to drones, causing them to receive inaccurate information. Many drones rely on Global Navigation Satellite Systems (GNSS) like GPS, BeiDou, GLONASS, and Galileo. By interfering with or mimicking these satellite signals, spoofing devices can affect drone navigation and positioning. This may lead drones to misjudge their location, deviate from their intended path, or execute incorrect commands.

Additionally, some advanced spoofing devices are equipped with detection capabilities, able to detect and identify approaching drones at distances up to 8 kilometers. This facilitates early warnings and the implementation of appropriate defensive measures.

Optimal Use Cases

• Border Defense: Deployed in national border areas to prevent unauthorized drone intrusions, safeguarding national security and territorial integrity.
• Prison Security: Prevent drones from delivering contraband such as weapons, drugs, or communication devices into prisons, ensuring safety and order.
• Power Station Protection: Protect critical infrastructures like nuclear and hydroelectric power stations from potential drone threats such as data breaches or sabotage.
• Security Protection: Prevent drone interference in sensitive areas like airports and military bases, safeguarding aviation activities and classified information.
• Law Enforcement: Assist police in monitoring and controlling drones during large public events to mitigate potential security risks.
• Privacy Safeguarding: Block drones from illegal filming, surveillance, or other privacy-invading activities over private properties.

Achieving Objectives

By disrupting the GNSS signals (including GPS, BeiDou, GLONASS, and Galileo) that drones rely on, spoofing devices can effectively control or redirect drone behavior. For example, they can cause drones to return to their point of origin, land at a designated location, or steer away from sensitive areas. The addition of detection functions provides early warnings, enabling timely responses.

The primary goal of such devices is to ensure airspace safety, protect critical facilities and personal privacy, and prevent unauthorized or potentially harmful drone activities.

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Core Features

Technical Specifications

Detection Bands 25MHz~6GHz

Detection Distance 0~8km

Direction Finding Accuracy 3 °(RMS)

Transmitting Band GPS-L1,GLONASS-L1 (BDS-B1/Galileo-E1/L2 are available as options)

Transmitting Power <10mW

Control Radius 0~1km

Operating Temperature -40℃~70℃

IP Level IP66