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| Product Description | The BWR - G12 moving target surveillance radar adopts an active phased array (AESA) system. It can continuously detect and track moving targets in the area in all - weather conditions, featuring high detection sensitivity, a low false - alarm rate, and high accuracy. |
| Advantages | High accuracy and reliability; low false - alarm probability; good tracking performance under dense target conditions; wide coverage and portable operation. |
| Application Scenarios | <ul><li>Land Border Surveillance (Radar - Optical Linkage Monitoring): Radar and photoelectric equipment are installed on towers or poles near the border. The radar scans the detection area around the clock. When a moving target enters the range, the radar immediately reports the target's coordinates, automatically tracks it, records its movement trajectory, and guides the photoelectric system to capture and confirm the target. This enables wide - area, real - time, and reliable early warning and allows the monitoring center to handle border - crossing, smuggling, etc. in a timely manner.</li><li>Maritime Surveillance (Coastal Defense Radar - Optoelectronic Linkage Monitoring): The radar detects ship targets in the water, calculates the ship's position, heading, and speed in real - time, continuously tracks ships entering the area, and records their trajectories. Through the fusion of backend software and AIS dynamic and static information, it guides the optoelectronics to track and recognize ships. It can also use AI to identify manually selected ships and obtain their size information. The platform software supports the setting of multi - level warning zones and automatic alerting.</li><li>Unmanned Aerial Countermeasures (UAV): The phased - array radar conducts early and extensive search and warning. After detecting a suspicious target, it can continuously locate the target in real - time. Then, it can guide the telephoto equipment to confirm and track the target via the central control computer. Once confirmed as an illegal UAV, the countermeasure jamming equipment can be activated to suppress and jam the target's remote - control and transmission signals, forcing the UAV to land or return to its flight.</li></ul> |
| Main Indicators | <ul><li>Operating Frequency: Ku - band</li><li>Data Interval: 1.2s</li><li>Operating System: Active phased array (AESA) system</li><li>Number of Batches of Targets to be Tracked Simultaneously: ≥100 batches</li><li>Number of Frequency Hopping: 8</li><li>Detection Radial Speed Range: 0.4 ~ 60m/s</li><li>Scanning Range: 90°</li><li>Anti - clutter Capability: Common clutter does not cause false alarms.</li><li>Detection Distance: ≥7.5Km (personnel); ≥20Km (large vehicles)</li><li>Power Consumption: ≤80W</li><li>Detection Accuracy: <ul><li>Distance: ≤5m</li><li>Orientation: ≤0.25°</li><li>Velocity: ≤±0.1m/s±2%</li></ul></li><li>Power Supply Range: DC power supply, 18 ~ 28V</li><li>Communication Interface: Gigabit Ethernet</li><li>Environmental Adaptability: Operating temperature - 40 ~ +55 ºC, protection class IP67</li><li>Weight: ≤5Kg</li><li>Main Unit Size: 42530048mm</li></ul> |
| Application Cases | <ul><li>Borderline in the Northern Territory: <ul><li>Requirements: Detection distance for people > 6km, detection distance for vehicles > 10km. The BWR - G12 radar is used.</li><li>Project Overview: The radar and telephoto linkage system is installed on the tower near the border. The radar detects the target and guides the telephoto to accurately track and confirm it. The photoelectric field of view is only about 0.5°, which requires high radar detection accuracy. After testing, the BWR - G12 radar can continuously guide the photoelectric to track the target, with the target image basically centered in the photoelectric field of view, showing high azimuthal accuracy. The user is very satisfied with the results.</li></ul></li><li>Near a Small Port in Hainan: <ul><li>Requirements: Detection distance of small vessels ≥10km. The BWR - G12 radar is used.</li><li>Project Overview: The project aims to conduct fine detection of offshore small vessels for vessel management and abnormal behavior monitoring. After long - term testing and one - to - one comparison with photoelectric images, the BWR - G12 radar effectively suppresses sea clutter. The false - alarm probability is very low under three - level sea state, and it performs well in detecting and tracking vessels.</li></ul></li></ul> |
| Technical Characteristics | <ul><li>The BWR series of moving target surveillance radar uses an active phased array system, which can detect and track moving targets in a large area in all - weather conditions, and output real - time information such as position, speed, trajectory, and target type. The radar is small in size and light in weight, facilitating quick deployment and withdrawal anywhere at any time. The display and control software has an optoelectronic linkage interface, enabling the radar to link with the optoelectronic system.</li><li>Adaptive clutter suppression algorithm; Dense Target Detection Pre - tracking Algorithm; radar signal processing algorithms for the MIMO regime; Accumulation of algorithms over time; Miniaturized hardware design techniques.</li></ul> |
| Technical Advantages | <ul><li>Experienced: The R & D team has focused on miniaturized ground radar R & D for over 10 years.</li><li>Complete technology: The radar's microwave front - end, hardware, software, and algorithms are all self - developed.</li><li>Well - equipped with a full range of equipment and instruments.</li></ul> |
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development, production, sales, and services. This base drives the iteration of downstream industry technology, enhances the transformation and industrialization level of scientific and technological achievements, and provides technological sources for innovative development.
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