Product Description:
The AUS70 anti-drone system consists of a spectrum detection system, a radar detection system, intelligent camera tracking system, jamming interference system, and control software. For the spectrum detection system, it is combined with radar detection for system verification, which guides the intelligent camera system to detect, track, and identify the target.Once the intelligent camera system confirmed the target is for the drone type, the linked radio interference countermeasure subsystem will start the action to cut off the drone signal and blind the drone's optical sensing device, causing the drone to make an emergency landing or return.
Designed with versatility in mind, the Anti Drone System is suitable for a wide array of applications. Its compact antenna size and modular construction make it adaptable to various installation settings, from fixed installations on rooftops and towers to mobile platforms such as vehicles or portable units for rapid deployment. The system’s ability to seamlessly integrate with existing security infrastructure enhances its appeal to organizations seeking to bolster their defenses against the growing challenges posed by unauthorized drone incursions.
In summary, the Anti Drone System combines advanced hardware and intelligent software to deliver a powerful solution for drone detection and neutralization. Featuring a 40cm rectangular antenna with a cuboid shape, specially designed FPV modules, and a stable power supply of 3.2A at 28V, this system is engineered for reliability and effectiveness. Its incorporation of Drone Detection Radar and Counter Drone functionalities ensures comprehensive airspace security, making it an indispensable tool for safeguarding assets and maintaining safety in an increasingly drone-populated world.
Features:
- The system has a high degree of integration, can work independently and efficiently link;
- The spectrum detection function is diverse,deal with detection and analysis of drone signals;
- The radar detection performance is advanced, and digital beamforming is provided;
- The intelligent amera system is intuitive and accurate, and the high-precision servo control ensures stable tracking;
- The combination of soft and hard suppression interference, the integration of interference deception and laser blinding realizes soft and hard killing strikes;
- Modular design, independent splitting and installation of subsystems, and flexible matching;
- Easy installation, wide application, reduced cost, simplified system calibration and debugging, and one-click achievement.
Technical Parameters:
| Model No. |
HP-AUS70 |
| Distance |
For the target of DJI phamtom 4
RF detector≥5km
Radar ≥5Km；
Camera detection≥5km,Track distance≥4km；
Jamming distance≥5Km,Deception distance:≥5Km；
Laser blinding:≥1Km；
|
| RF detection |
Detection recognition frequency range:300MHz~6000MHz；
Detection frequency :845MHz,915MHz,1.4GHz,2.4GHz,5.2GHz,5.8GHz；
Detection bandwidth:≥120MHz；
Accuracy:≤3°
Target detection in one same time:≥30 pieces；
|
| Radar |
Working band:X hanga
Data refresh data:2s
Target detection:≥200 pieces
Blind area:≤50m
Coverage: Azimuth: 0°～360°; Pitch: 0°～40°; Altitude: ≥800m
Accuracy (RMS): Azimuth: ≤0.4°; Pitch: ≤0.4°; Distance: ≤5m;
|
|
Suppression
Interference
|
Suppression
Interference
|
Interference countermeasure frequency band: 845MHz/915MHz/1.5GHz/2.4GHz/5.2GHz/5.8GHz
Power amplifier ≥50w
Navigation deception frequency band: Civilian C/A code frequency band of GPS, GLONASS, BD satellite navigation system;
Interference azimuth coverage: 0-360° pitch coverage: -30~60°
Interference mode: directional interference
Others: Support link interference and navigation interference to work simultaneously
Power: ≤1200w
|
| Laser blinding |
Distance:1km
Wavelength: 532nm；
Power consumption:≥0.5MW；
Frequency:5Hz；
Divergence angle:≤8~9mrad；
|
| Intelligent camera |
Thermal camera channel |
Detector: Cooled focal plane array MCT detector
Resolution: 640×512
Lens: 20～450mm, 12x continuous optical zoom
Lens control: Electric zoom, manual/auto focus
Image enhancement: SDE digital image detail enhancement technology
|
| Daylight camera channel |
Sensor: 1/1.8″ target surface starlight-level CMOS, ICR color to black
Resolution: 2688×1520
Focal length: 12.5～775mm HD electric zoom lens
Defog: Support photoelectric/electronic dual fog penetration
|
| LRF |
Distance:≥3km
Wavelength:1570nm
|
| AI·Tracking |
Computing power: built-in 16Tops computing power processor
Implementation method: front-end embedded hardware recognition and tracking
Tracking mode: manual, automatic tracking, support radar linkage
Recognition: support classification and recognition of targets such as people, cars, ships, drones, etc. (customers need to assist in providing data sets)
|
| Servo platform |
Structure: side load, coaxial
Horizontal range: N×360° continuous rotation, mechanical lock after power failure
Pitch range: -30°～+60°, with soft limit function, programmable
Rotation speed: horizontal 0.01°～100°/s, pitch 0.01°～80°/s
Acceleration: horizontal 100°/s2, pitch 100°/s2
|
| Interface |
Network interface: 1 100M/1000M adaptive Ethernet port
Power supply: AC220V±20%, 50Hz
System power consumption: ≤3000W
Total weight: ≤260kg
|
| Software |
Integrated control and display: platform integrated design, centralized control, centralized display, more efficient operation
Equipment access: support spectrum, radar, optoelectronic, countermeasure equipment access, control, support online status monitoring
Situation display: support spectrum detection of drone target information access; support dynamic display of drone target point trace and track information, support radar target track, video recording and synchronous playback.
Situation distribution: support spectrum, optoelectronic, radar and countermeasure equipment, target point trace, and other types of information based on two-dimensional comprehensive situation distribution display; support optoelectronic equipment video pop-up window observation and cloud mirror function scheduling; support target track to guide optoelectronic sighting, and each detection information to guide countermeasures.
Data fusion: support spectrum and radar track data fusion, 0-20 levels can be set, support spectrum, radar, optoelectronic secondary fusion, sign display.
Unmanned: support radar optoelectronic automatic linkage, support single target unmanned, multi-target unmanned; support unmanned automatic strike, strike conditions can be set.
|
Applications:
The Hope-Wish Anti Drone System, model HP-, is an advanced counter drone solution designed to provide comprehensive protection against unauthorized UAVs. Originating from China, this anti UAV system combines radar and camera detection methods to ensure precise identification and tracking of drones in real-time. With a current rating of 3.2A@28V and an antenna size of 40cm, the system offers robust performance and reliable connectivity, making it suitable for various critical environments.
This anti drone system is ideal for use in high-security areas such as airports, military bases, government facilities, and large public events. The specially designed modules for FPV (First Person View) enhance its capability to detect and neutralize drones attempting to breach restricted zones. The update rate of 1.2 seconds ensures that the system provides near-instantaneous threat assessment and response, which is crucial for preventing potential security breaches or espionage activities.
Hope-Wish’s UAV detection systems are also highly effective in protecting private properties, industrial complexes, and critical infrastructure from drone-related threats. Whether it’s safeguarding sensitive information or preventing unauthorized aerial surveillance, this counter drone technology offers a reliable solution to maintain airspace integrity. The integration of radar and camera technologies allows the system to detect drones in various weather conditions and lighting scenarios, enhancing its versatility and operational efficiency.
In addition to security and defense applications, the HP- model can be deployed in event management scenarios where drone interference could pose risks to crowd safety or privacy. Its rapid update rate and specialized FPV modules enable security teams to monitor and control drone activity continuously. Overall, the Hope-Wish Anti Drone System is a state-of-the-art anti UAV system designed to meet the evolving challenges of drone threats across multiple sectors, providing peace of mind through cutting-edge UAV detection systems.
Company:
Hope Wish Photoelectronics Technology Co., Ltd. was established in Jinan high tech Zone and has a core R&D team for laser imaging, infrared thermal imaging detection and tracking technology research and product. Hope-Wish focuses on the research and development of night vision and multispectral imaging technology, by using a variety of image analysis and processing technology based on artificial intelligence to provide users with comprehensive optoelectronic system solutions in long-distance, high-definition, intelligent, multi-purpose, all-weather and complex environments.
Hope-Wish solutions cover the border/coastal defense, anti UAV, intelligent transportation, forest fire prevention, environmental protection, individual photoelectric equipment (handheld, helmet, gun aiming), marine and other industries. The products developed by the Hope-Wish, with their excellent performance, reliable quality and thoughtful after-sales service has been widely praised by users all over the world.
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