Sinton STN-Y2000 - GPS decoy device

Sinton STN-Y2000 - GPS decoy device

Specifications

Supported Frequency Channels: GPS L1, GLONASS L1 (L2 optional)

Signal Transmitting Power: ≤10dBm

Defensive Distance: 500m ≤ R ≤ 1000m

Continuous Autonomous Operation Capability: 24-hour autonomous operation

Policy Support: Defensive mode, no-fly mode, directional repulsion (optional)

Signal Intrusion Time: ≤10s

Power Consumption of the Whole Machine: ≤70w

Operating Temperature: -40°C to +70°C

Product Weight: ≤10kg (Cable not included)

Explosion-proof Grade: Ex nA IIC T6

Protection Grade: IP65

Product Size: 355mm × 351mm × 185mm

Drone Control Principle:

During UAV flight, the navigation system fuses actual position and heading information obtained from GPS receivers and magnetic heading sensors. It then calculates yaw distance and heading control amount. This data is transmitted to the flight control system, which adjusts rudder deflection to return the UAV to its set course.

Principle of Navigation Decoy Jamming Drones:

A navigation jammer generates fake satellite coordinates to disrupt the UAV's navigation. For example, if the UAV is located at coordinates (1,1), the jammer alters the surrounding coordinates to (2,1), prompting the UAV to recalibrate its position and fly towards (2,1). By continuously changing these coordinates, such as to (3,1) or (4,1), the UAV is driven away from the area.