HANDHELD GNSS SPOOFING SYSTEM
Product Description
This handheld device serves as a portable drone jammer designed for operational security environments requiring control over unauthorized UAV activity within a 1 km radius. It is suitable for protecting restricted areas, public events, or critical infrastructure by disrupting drone navigation signals, offering a non-destructive method of interference compatible with various drone types including fixed-wing and multi-rotor platforms. Its design targets users needing responsive, on-demand anti drone capability with minimal impact on personnel or surrounding electronic systems.
The system integrates signal simulation and control units in a single enclosure, enabling single-button activation to establish a defined defense zone. It supports spoofing and jamming of GPS, GNSS, BDS, and Galileo signals with 360-degree coverage and low power transmission (EIRP ≤1W). Equipped with a 6800mAh battery, it can operate for up to 6 hours continuously, with status indicators for both battery life and operational mode. The device balances effective drone signal disruption with reduced collateral electromagnetic interference.
The device is deployed in scenarios such as law enforcement operations, outdoor event security, critical infrastructure perimeter defense, and training simulations. Its portability and straightforward operation facilitate rapid deployment in temporary or ongoing projects, aiding decision-makers in sourcing an anti drone system that aligns with practical defense needs and low-altitude safety requirements. The capacity to induce forced drone landings or path deviations enhances mitigation strategies without physical drone damage.
The compact design consolidates signal jamming and spoofing technologies into one unit, simplifying logistics for procurement and operational deployment. Its defined power output and battery endurance support use in diverse field conditions without excessive electromagnetic disturbance. These characteristics may align with regulatory compliance priorities and OEM/ODM customization needs where consistent performance parameters are required.
Battery status indicators and single-button control offer straightforward usability, reducing training time and operational errors for end users. The inclusion of multi-signal support (GPS, GNSS, BDS, Galileo) ensures flexibility across international drone types, beneficial for distributors and system integrators managing multiple client demands or diverse operational environments. Packaging and quality control details are not specified but procurement evaluations should consider these factors alongside sourcing reliability.
1、 Area Denial: A defense zone can be activated with a single button, preventing drones within the controlled area from taking off and preventing external drones from entering the controlled area;
2、Status Indication: The device is equipped with battery and status indicator lights, allowing users to check the device's status simply by observing the lights, without the need for additional operations.
Product Features
1) Integrated Design: Functional units such as the signal simulation generator and control board are all integrated into a single enclosure to achieve deception and control;
2) Signal Source Simulation: Can simulate or jam the navigation signals of target drones. By generating simulated signals, it guides drones to fly in the wrong direction or deviate from their original flight path;
Rapid circular motion. The drone hovers in place and then crashes to the ground.
3) Multi-Platform Support: Compatible with various mainstream UAV platforms-including fixed-wing and multi-rotor drones-to meet defense requirements across different scenarios;
4) Fast and Efficient: This technology delivers results faster than traditional methods, enabling control and guidance without damaging the target UAV, thereby reducing the risk of collateral damage and equipment loss;
5) Portable and Compact: Small in size and lightweight, making it easy to carry;
6) Comprehensive Control: 360° all-directional coverage ensures full-area protection;
7) Long Battery Life: Equipped with a 6800mAh high-capacity battery, it can operate continuously for up to 6 hours;
8) Minimal Collateral Damage: The signal transmission power is low, with an equivalent isotropic radiated power (EIRP) of ≤1W, resulting in minimal impact on personnel and the electromagnetic environment.
Use Scenarios
Security for Outdoor Events
In venues hosting public or private outdoor events, this drone jammer can be employed to establish a secure airspace by neutralizing unauthorized drone flights with a 1 km protective range. Its portable design and quick activation are suited to temporary deployments where crowd safety and privacy are concerns, providing event organizers and security contractors with a manageable tool for aerial threat mitigation within compliance parameters.
Critical Infrastructure Perimeter Defense
Facilities such as power plants, government buildings, and commercial sites can utilize this system to maintain a drone-free perimeter. The device’s multi-platform compatibility and low interference emissions support integration into broader security frameworks tasked with preventing unauthorized surveillance or delivery of contraband. Procurement considerations include deployment scalability and operational continuity, where extended battery life and signal coverage become important.
FAQ
How do I activate the defense zone on the Handheld GNSS Defense System?
Our device features a single-button activation that immediately establishes a 1 km defense zone. By pressing this button, the system starts spoofing or jamming GPS, GNSS, BDS, and Galileo signals within the area, enabling quick and effective control over incoming drones.
Can you customize the drone jammer’s specifications for specific applications?
Yes, we offer end-to-end customization based on client needs. Using our ISO9001-certified manufacturing system, we tailor the drone jammer and related wireless communication systems to meet diverse operational requirements, ensuring the reliable fit for your defense and security projects.
What measures ensure the device’s safe operation around personnel and environments?
We design our jammer with low transmission power (EIRP ≤1W) to minimize interference with both electromagnetic environments and personnel nearby. The system disrupts unauthorized drones by signal spoofing without causing physical harm to UAVs or people, ensuring safe deployment.
How do you support installation and maintenance of your signal jammer systems?
We provide detailed technical guidance and after-sales support for installation and maintenance of our signal jammer products. Our team ensures you can operate and service the device efficiently, maximizing its operational uptime and reliability for drone threat mitigation.
