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1 Years
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| Certification : | ISO |
| Brand Name : | OEM |
| Supply Ability : | 100pieces/Year |
The RST5000 The RST5000 security radar stands as a pinnacle of advanced
surveillance technology, specifically crafted to detect and monitor
low-altitude, unmanned aerial vehicles (UAVs) within the Ku
frequency band. This state-of-the-art radar system excels in
identifying and tracking low altitude, slow speed, and diminutive
targets – commonly referred to as low slow small targets – with
unwavering precision, 24/7. Harnessing the power of fully coherent
pulse Doppler technology, the radar features an azimuth mechanical
scanning mechanism that envelops 360° of the airspace, combined
with swift phase scanning in elevation for expansive coverage. Its
repertoire of cutting-edge technologies includes TR technology,
time accumulation and tracking, low signal-to-noise ratio target
detection, and clutter suppression, all working symbiotically to
ensure comprehensive, high-precision, and stable surveillance. The
RST5000 provides real-time, detailed data acquisition, encompassing
target distance, azimuth, altitude, and velocity, thereby setting a
new benchmark for precision and reliability in airspace security
operations.
| 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) Immerse yourself in 360° of comprehensive airspace vigilance
with our cutting-edge radar servo system. It seamlessly performs a
sweeping scan at your set speed, vigilantly detecting and tracking
airborne entities like drones and balloons. This excellent feature
constructs navigational paths and measures critical target details
such as distance, angle, altitude, and speed, ensuring that command
centers receive timely reports.
2) Zero in on your target with precision. Once our radar pinpoints
an object, it effortlessly transitions to a tracking mode, allowing
for meticulous monitoring of your subject of interest. With a swift
1-second data refresh rate, this system ensures you never lose
sight of your target.
3) The output from our radar serves as a guiding beacon, expertly
facilitating the identification, confirmation, and disposal
processes for optoelectronic and other integrated systems.
4) Experience the power of autonomous decision-making. With its
capability to independently search and transition to tracking, this
radar system offers fully automated, unmanned operation in standard
conditions, reducing the need for constant human oversight.
5) Designed for agility, our lightweight radar system, weighing
approximately 25kg, supports rapid deployment and installation,
making it ideal for vehicular use. One operator can effortlessly
set up and dismantle the system, enabling swift mobility. The
versatile radar and gimbal roof mount ensure seamless integration
with vehicle applications.
6) Enjoy expansive spatial coverage and adaptable deployment
strategies.
Boasting a maximum azimuth span of 360° and an elevation reach of
30°, our radar is perfect for all-around circumferential scanning
and specialized sector-focused monitoring initiatives.
1) Comprehensive 360° global low-altitude monitoring, detection,
and tracking functionality:
In the expansive 360° global monitoring mode, the radar's servo
mechanism gracefully sweeps the entire airspace with unwavering
precision. By methodically scanning at a fixed 360° pace, it
meticulously detects airborne entities like drones and balloons.
The system then tracks these targets, establishing precise
navigation paths while measuring intricate details such as
distance, angle, altitude, and speed, ensuring swift communication
to the terminal for decisive command and control.
2) Single target tracking: Once the radar successfully identifies
and captures the target, it seamlessly transitions to a dedicated
tracking mode. This mode allows for meticulous and precise
targeting of the entity of interest, all with an impressive data
update rate of 1 second.
3) The radar output provides invaluable guidance for the
identification, verification, and management of optoelectronic
systems and other integrated systems.
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