8km Long Range Uav Navigation Deception Equipment Anti Drone Jammer Spoofer System

• Customization: Available
• Frequency Range: 1575.42MHz
• Frequency: 1561.098MHz
• Model NO.: ZD-SP-3B-45W
• Application: 1602MHz
• Frequency Band: 1575.42MHz
• Working Voltage: DC24-28V
• Running Temperature: -25'c to +65'c
• Total Output Power: 300W
• Dimension(mm): 447*357*203mm
• Weight: Max 40kg
• Enclosure Protection Capability: IP65
• Operating Range: -40ºC~+55ºC
• Transport Package: by Box
• Specification: 447*357*203mm
• Trademark: ZD TECH
• Origin: China
• HS Code: 8543209090
• Production Capacity: 200pieces/Month

Product Description

Detailed Photos

 

  

 

 

UAV spoofer have been developed to counter the security threats posed by rogue or"black flight"drones, particularly those that rely on satellite navigation systems such as BeiDou, GPS, and GLONASS for positioning.Thejammer spoofer operate by transmitting false satellite signals that override the genuine ones, allowing theGPSspoofer to manipulate the drone's navigation system. This capability enables the interception and control of drones, preventing them from entering protected areas and safeguarding the low-altitude security of the region.
The GPS spoofing anti drone is equipped with a range of advanced features to achieve its objectives. It includes functions such as forcing the drone to land, expelling it from the area, and directing it to a specified location. The system also prevents drone swarms and is effective against civilian UAVs that use navigation modes. Users can input spoof positions, and the system calculates and transmits the corresponding satellite signals. Additionally, the anti drone spoofer can emit decoy signals to manipulate the drone's trajectory in various ways, including circular or straight-line movements.
TheUAV spoofer is designed for robust and integrated operation, featuring adjustable output power, self-test and status output functions, and the ability to integrate with other systems such as radio spectrum monitoring, radar detection, and optoelectronic tracking and identification systems. This integration allows for automatic detection, early warning, tracking, identification, positioning, and automatic defense, ensuring a 24-hour unattended defense posture. TheGPS spoofing anti-drone also supports interface protocol docking for parameter and function control, facilitating system integration and secondary development.

2.Functional features

This device can locate and deceive drones that rely on the BeiDou/GPS/Glonass/Galileo satellite navigation system for positioning. By setting the location of the no fly zone for no fly deception, it can achieve the goal of forcing the drone to land, driving away, luring it to a designated position, and preventing it from taking off within the defense zone.
(1) Equipped with all-round, all-weather, and long-distance unmanned aerial vehicle automatic defense function;
(2) Equipped with unmanned aerial vehicle no fly projection (forced landing) function, evacuation, and directional evacuation;
(3) Capable of defending against drone swarms;
(4) Civil unmanned aerial vehicles with navigation mode are effective;
(5) Capable of allowing users to input deception locations, and the system to calculate and transmit corresponding GPS/GLONASS/Beidou Galileo signals;
(6) Can emit deception signals that allow drones to move in various trajectories such as circular and linear motion;
(7) Integrate satellite receivers, synchronize with in orbit satellites in time, and automatically shield co frequency interference;
(8) Equipped with self inspection and status output functions, automatically reporting faults to the command and control system;
(9) Adjustable output power, equipped with an adaptive amplifier module that can be adjusted according to the operating distance;
(10) Support interface protocol docking for parameter and functional control, support system integration and secondary development;
(11) The equipment can be used in conjunction with unmanned aerial vehicle spectrum detection systems, radar detection systems, and optoelectronic tracking and identification systems to achieve automatic detection, warning, tracking, identification, positioning, and automatic defense of an integrated 24-hour unmanned defense situation.

 

Operating Frequency	1575.42MHz(GPS-L1)
	1561.098MHz(BDS-B1)
	1602MHz(GLONASS-L1)
Navigation spoofing Function	UAV no-fly projection (forced landing) Directional Expulsion
Spoof Signal Accuracy	Pseudorange phase control accuracy: better than 0.05m
	Pseudorange change rate accuracy: better than 0.005m/s
	Interchannel consistency: 0.3ns
	Channel delay uncertainty: better than 0.5ns
Spoof Response Time	≤20s
Effective Deception Angle	Deception Angle horizontal:360° Vertical:±90 °
Deception quantity	Unlimited
Signal Transmission Power	≤15W(Adjustable)
Sustained launch time	≥24h
Power Consumption	≤40W
Enclosure protection Capability	IP65
Operating Range	-40ºC~+55ºC