As drones continue to evolve, anti-drone technology must also advance to keep pace. GPS spoofing is one effective method to neutralize drones beyond traditional jamming. This technique counters drones by transmitting fake GPS signals, tricking their navigation systems into believing they are in a different location. As a result, the drones will be forced to fly to a predetermined location, allowing the invading drones to be expelled without violence.
ND-BG002 GPS Spoofing Jammer from NovoQuad Group is designed based on this mechanism, specifically to disrupt a drone’s navigation system by generating counterfeit GPS data. ND-BG002 communicates with the drone’s GPS transceiver, guiding it to a preset location. Utilising simulated satellite technology, the jammer transmits powerful signals embedded with false location information. By outcompeting genuine satellite signals, this GPS spoofer/jammer deceives the drone’s navigation system, preventing it from determining its actual position.
With a 360° coverage range, ND-BG002 offers adjustable jamming distances from 500 meters to 3 kilometers. The transmitting power can be adjusted between -38 to 32dBm, allowing flexibility in countering drones at various ranges. Featuring a user-friendly ‘one-button’ operation, the jammer automatically activates defense mode to block drone intrusions, compelling the drone to land or return.
For enhanced anti-drone effectiveness, it can work in conjunction with an active radar or RF detector. Using real-time data detected by active radar or RF detector, the GPS spoofer can spoof the drone’s navigation system, guiding it to a designated landing area. This solution is particularly effective against drones navigating via GPS rather than direct pilot control. Due to its high performance and reliability, ND-BG002 is widely deployed to protect critical areas from small rotor drone threats.
For more information on this intelligent anti-drone system, please contact NovoQuad Group at info@nqdefense.com or use the ‘Make an enquiry’ option at the top of this page.