ES-H1030 Portable Counter UAV Device

ES-H1030 PORTABLE COUNTER UAV

DEVICE FOR DETECTION, JAMMING,AND NAVIGATION DECEPTION

(Integrated detection,Jamming and navigation deception+Work alone+Networking) 

SYSTEM OVERVIEW 

▶The ES-H1030 portable Anti UAV detection, jamming and deception integrated equipment combines six electrical detection algorithms, eight frequency band electromagnetic jamming, and four-mode navigation and deception, ofering a highly integrated design. This single unit enables the full process control of unmanned aerial vehicle detection, striking, and deception. 

▶During operation, the equipment identifies and decodesilega UAVs through radio frequency scanning features.Multiple electricaldetection algorithmsallow for presence detection, direction finding, human-machine positioning, ID recognition, image parsing, and support for multi network TDOA positioning; Employing eigh band electromagnetic suppresson technology, it blocks drone control and transmis ion links as wellas navigation signals,forcing drones to return orland; Uti izin four-mode navigation deception technology, it emitsfalse satelienavigation signalsto infiltrate the drone's system, thus prohibiting, denying, or repelling drones. 

▶Equipped with pasive detection capabilities and excellent concealment; Its desensitized design efectively prevents exploitation by public opinion; The equipment can be handheld, backpackable, tripod mounted, orinstaledon a vehicle'sroof, caterin tovarioususage scenarios; ts10.1"antiglare touchscreen  supports maps,coordinates, blacklists, and logs, ofers a wealth of visual content and is straightforward to operate, makingit particularly suitable for public security special misions, counter terorism and drug control operations, security patrols, border inspections, as wel as indlvidual/team/convoy missions, temporary positions, and major events.

SYSTEM CHARACTERISTICS 

[Detection alarm] 

The omnidirectional antenna receives real-time drone remote control signals or image transmission signals, identifies and detects llegal intrusions of drones through radio spectrum features, and provides information such as drone models, frequency points, bandwidth, and sound and light alarms. 

[ID identification, FPV Image Analysis] 

Capable of receiving drone broadcast signals and identifying information such as drone model, frequency, position, and pilot position; Detect and identify FPVtraversers, and be able to obtain FPV first view images. 

[Direction finding detection] 

After omnidirectional detection alarm, handheld equipment can rotate slowly and use directionalantennas to receive drone remote control signals or image transmission signals. Based on the strength of the received radio signal, the drone's orientation can be determined, and information such as drone model, frequency, and orientation can be provided. 

[Precision jamming] 

By transmitting eight band interference signals, the remote control signal, image transmission signal, or satellite navigation signal between the drone and the remote control are blocked, forcing the drone to return or land. 

[Location Detection] 

By using protocol parsing technology,precise identification and positioning of some drones from brands such as DJI can be achieved. By using ID recognition technology, drone broadcast information can be identified, and both technologies can provide drone models SN code, drone longitude, latitude,altitude, returm point information, and position information of the pilot. 

[TDOA positioning] 

Multi station networking forms a TDOA high-precision positioning system, achieving high-precision positioning of drones and pilots. 

[Navigation deception (optional)] 

By launching four false satellite navigation signals to invade the unmanned aerial vehicle navigation system, unmanned aerial vehicles can be prohibited from flying, blocked in areas, and directionally driven away.

APPLICATION METHOD

ADVANTAGEOUS PARAMETERS 

APPLICATION SCENARIOS