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The RST5000 This cutting-edge security radar represents a breakthrough in
three-coordinate, low-altitude UAV detection, operating seamlessly
within the Ku frequency band. As a state-of-the-art radar system,
it meticulously detects and alerts for low-altitude, slow-moving,
and small-sized targets – termed as 'low slow small targets' –
ensuring 24/7 vigilance. By embracing a fully coherent pulse
Doppler technology system, the RST5000 executes azimuth mechanical
scanning to cover a 360° expanse of the sky, coupled with elevation
fast phase scanning for comprehensive airspace monitoring.
Utilizing advanced TR technology, along with time accumulation,
tracking, and clutter suppression technologies, it achieves
unparalleled, high-precision, and stable detection of low slow
small targets like drones. The radar provides real-time acquisition
of crucial target data, including distance, azimuth, altitude, and
velocity, ensuring nothing escapes its sophisticated surveillance.
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 surveillance with our radar system's
360° global monitoring mode, where the radar servo methodically
sweeps across the entire airspace at a steady 360° rate. It excels
at detecting airborne targets, including drones and balloons,
tracking their trajectories, and crafting navigational guides.
Immerse yourself in the precision of detailed data measurement
encompassing distance, angle, altitude, and speed, all of which are
briskly relayed to the command terminal for timely and decisive
action.
2) Harness the power of single-target tracking with impressive
precision. Once the radar locks onto a target, it seamlessly
transitions into tracking mode, maintaining an exacting focus on
the object of interest. With an extraordinary data refresh rate of
just one second, it ensures you never miss a beat with critical
information.
3) The radar's output serves as a guiding beacon for the
identification, confirmation, and resolution of optoelectronic and
other intricate systems, elevating your strategic capabilities.
4) Revel in the sophistication of autonomous search and automatic
conversion to search tracking, allowing for fully automated,
unmanned operations even in conventional environments. This system
adapts effortlessly, ensuring you're always a step ahead.
5) With its remarkable lightweight and portable design, our radar
system is engineered for swift deployment and installation.
Weighing in at a mere 25kg, it enables rapid setup and dismantling
by a single operator, perfect for vehicle-mounted applications.
Mounted on a gimbal roof, it facilitates seamless mobile
deployment, making it the ideal choice for dynamic operational
scenarios.
6) Enjoy extensive spatial coverage and versatile deployment
capabilities, perfectly attuned to a wide range of applications.
The system boasts a maximum azimuth coverage of 360°, complemented
by a maximum elevation coverage of 30°. Optimal for full 360°
circumferential scanning, it can also be configured for
sector-specific monitoring, ensuring adaptable and comprehensive
surveillance solutions.
1) 360 ° global low altitude monitoring, detection, and tracking
function:
Our cutting-edge radar system offers a robust 360 ° panoramic
surveillance capability, tirelessly sweeping the entire sky at a
consistent rate. It vigilantly detects and tracks airborne
entities, such as drones and balloons, creating navigational paths
with precision. The system meticulously measures critical
parameters like distance, angle, altitude, and speed, delivering
timely updates to command centers for decisive action.
2) Single target tracking: After the radar searches and captures
the target, it can switch to tracking mode for precise tracking of
the target of interest, with a data rate of 1 second.
3) Radar output can guide the identification, confirmation, and
disposal of optoelectronic systems and other systems.