Shiny-Control Technology Develop (Beijing) Co., Ltd.
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Based on the anti-UAV system, it has various advantages such as all-weather and far coverage, as well as rich target information. As a result, it's capable of detecting remote drones in advance, realizing active interference of the drones through trajectory tracking and management, and improving the safety of airspace security. Additionally, it performs real-time monitoring, analysis, and pre-alarm for illegal and low-altitude drones in order to prevent major accidents. This creates a new mechanism for efficient and scientific management, ensuring the continuous safety and stability of sensitive airspace.
The system actively detects long-distance UAV and realizes real-time detection and discovery through radar. It obtains high-precision positioning information of the UAV target and then confirms, identifies, locks, tracks, and collects evidence using the linkage intervention of photoelectric equipment. After confirming the suspicious UAV, the integrated three-dimensional defense system navigation decoy and jamming equipment can quickly and effectively dispose of the target. This is done using multiple combination strategies and by driving away the target, forced landing, fixed point trapping, course guidance and other methods.
One of the greatest advantages of the radar-guided camera solution is its strong adaptability. Unlike traditional photoelectric security systems, this system is not limited by light, weather or environmental conditions. It can work well even in bad weather or low light environments, providing reliable surveillance no matter the conditions.
Another key benefit of this solution is its long range detection capability. With the ability to track and detect targets at a distance, it offers a much larger monitoring range than traditional photoelectric security systems. Unlike these systems, the range of the radar-guided camera is not limited by the propagation of light or object occlusion, enabling long-range target detection.
In addition, the radar-guided camera solution does not require any additional light sources to provide illumination and can work in complete darkness. By contrast, traditional photoelectric security systems require supplemental lighting which can be complex and costly to install.
A further advantage of the radar-guided camera solution is its low false alarm rate. Once again, this is due to the lack of limitations imposed by light, weather, and environmental conditions, which can cause false alarms in traditional photoelectric security systems.
Finally, the multi-target tracking capability of the radar-guided camera solution makes it the ideal choice for large-scale security scenarios or situations that require multiple targets to be monitored simultaneously. Traditional photoelectric security systems may have limitations in this area, making the radar-guided camera solution the superior choice in many cases.
| Installation | Can be mounted on a pole or tripod |
| Antenna Type | Phased array |
| Frequency | X-band |
| Data Output | Ethernet, RS-232, RS-485 |
| Range | Up to 10km |
| Tracking Capability | Tracks up to 100 drones simultaneously |
| Detection Modes | Continuous wave, pulse doppler, frequency modulated continuous wave |
| Size | Compact and lightweight |
| Integration Options | Can be integrated with existing security systems |
| Weather Resistance | IP66 rated |
One of the primary applications for this drone identification radar system is in security and surveillance scenarios. Whether it's monitoring a secure facility, protecting a public event, or safeguarding a critical infrastructure site, the GM09O24OWL UAV detection radar device can be a valuable asset in detecting and tracking unauthorized drones.
Another potential use for this drone detection radar product is in military and defense applications. With its rugged design and operating temperature range of -40°C to +55°C, the GM09O24OWL can withstand harsh conditions and provide reliable performance in the field. This can be particularly useful for detecting and tracking enemy drones or other aerial threats.
The GM09O24OWL drone detection radar system can also be valuable in commercial and industrial settings. For example, it can be used to monitor construction sites, oil and gas facilities, or other critical infrastructure to detect any unauthorized drones that could pose a safety or security risk. Additionally, it can be used to track the movement of drones in areas where they may interfere with other operations, such as airports or power plants.
Installation of the GM09O24OWL drone detection radar product is flexible and can be mounted on a pole or tripod, making it easy to set up and use in a variety of locations. The product also comes with CE, FCC, and RoHS certifications, ensuring that it meets high standards of quality and safety.
In summary, the OEM GM09O24OWL drone detection radar device is a versatile and reliable tool for detecting and identifying UAVs in a wide range of settings. Whether it's in security and surveillance, military and defense, or commercial and industrial applications, this radar system can provide valuable insights and help keep people and property safe.
Our OEM GM09O24OWL drone detection radar device comes with a range of customization options to suit your specific needs. This drone identification radar system is manufactured in China and features a phased array antenna type for optimal detection capabilities.
The drone detection radar can be easily integrated with your existing security systems, making it a versatile choice for a range of applications. It also boasts certifications such as CE, FCC, and RoHS, ensuring that it meets the highest standards of quality and safety.
The power supply for this UAV detection radar device can be AC or DC, depending on your requirements. And with the ability to track up to 100 drones simultaneously, you can be confident in the effectiveness of this powerful and reliable system.
The Drone Detection Radar product technical support and services include:
- Assistance with product installation and setup
- Troubleshooting and problem-solving
- Firmware and software updates
- Repair and maintenance services
- Remote monitoring and management capabilities
- Training and education for users and operators
- Customization and integration services for specific use cases