The RST5000 Security radar is a state-of-the-art, three-coordinate system meticulously crafted for low altitude unmanned aerial vehicle detection, operating within the Ku frequency band. This exceptional radar system excels at identifying and issuing alerts for low altitude, slow speed, and small targets, commonly known as low slow small targets, around the clock. By embracing a fully coherent pulse Doppler technology system, this radar offers azimuth mechanical scanning that seamlessly covers 360° of the entire airspace. Simultaneously, its elevation fast phase scanning technique ensures expansive airspace coverage. The radar is further augmented with an array of sophisticated technologies, such as TR technology, time accumulation and tracking technology, low signal-to-noise ratio target detection technology, and clutter suppression technology. These advanced features collectively empower the radar to deliver comprehensive, high-precision, and stable detection of low slow small targets, including drones, thereby facilitating real-time acquisition of critical data such as target distance, azimuth, altitude, and velocity information.
Model NO. | RST5000 |
Operating frequency | Ku Band |
Detection range and scanning method | 360 ° mechanical scanning, fan-shaped scanning tracking |
Detection range | RST3000 radar ≥ 3km; RST5000 radar ≥ 5km; RST5000A radar ≥ 5km; |
Three coordinate measurement accuracy | Distance accuracy: ≤ 10m; Azimuth accuracy: ≤ 0.5 °; Pitch accuracy: ≤ 0.6 °; |
Data refresh rate | 360 ° weekly scan data refresh rate: 3s; Single target tracking data rate: 1s; |
weight | (Radar, gimbal, tripod)≤40kg |
Structural dimensions | ≤700mm*450mm*180mm |
1) Experience unparalleled 360° global monitoring as our radar servo seamlessly scans the entire airspace. Operating at a consistent 360° speed, it detects airborne entities like drones and balloons, expertly tracking and crafting navigation pathways. Capture detailed insights including distance, angle, altitude, and speed, all efficiently communicated to the command terminal for immediate action.
2) Engage in precise single-target tracking: Once a target is detected and locked, the radar seamlessly transitions to tracking mode, offering meticulous and focused monitoring of your target of interest, with a swift data refresh rate of every 1 second.
3) Empower your identification, confirmation, and action processes as the radar output guides and orchestrates the coordination of optoelectronic systems and other integrated frameworks.
4) Harness the power of autonomy with fully automated search and tracking capabilities, enabling seamless unmanned operations in standard environments without manual intervention.
5) With its lightweight and portable design, this radar system is tailored for rapid deployment and ease of installation, making it perfect for vehicle applications. Weighing around 25kg, it allows a single operator to quickly set up or dismantle, ensuring swift mobile deployment. The roof-mounted radar and gimbal system further enhances vehicular adaptability.
6) Ensure comprehensive wide-space coverage with flexible deployment options tailored to your strategic needs.
Offering a maximum azimuth coverage range of 360° and an elevation range of 30°, our system is engineered for full 360° circumferential scanning. It can also be strategically deployed for focused sectoral monitoring applications, demonstrating remarkable versatility and adaptability.
1) Comprehensive 360° Low Altitude Surveillance: Efficient Monitoring, Detection, and Tracking:
In this innovative 360° global monitoring mode, the radar servo seamlessly scans the entire airspace at a consistent speed, meticulously detecting airborne targets like drones and balloons. It proficiently tracks and establishes navigation for these targets, measuring critical information such as distance, angle, altitude, and speed, and promptly relaying this data to the command terminal for swift decision-making.
2) Precision Single Target Tracking: Once the radar locks onto a target, it transitions seamlessly into tracking mode, offering precise and focused tracking capabilities with an impressive data rate of 1 second.
3) Versatile Radar Output: The radar's output is designed to expertly guide the identification, confirmation, and management of optoelectronic systems and other integrated systems.