Basic Information
| Model NO. |
MX-10000 |
|
Working system
|
Phased array system (azimuth scanning+elevation scanning)/pulse
Doppler
|
|
Working band
|
S Band
|
|
Azimuth coverage
|
360°
|
|
Data rate
|
0.2Hz
|
|
Data interface
|
RJ45/1 1CH Ethernet 10/100M port
|
|
Input power
|
≤250W(power dissipation) AC200-AC240(input)
|
|
Working temperature
|
-40ºC~+55ºC
|
Packaging & Deliver
|
Weight (N.W)
|
≤50kg(Whole device with 360° electric rotary)
|
Product overview
The MX-10000 boasts a sophisticated assembly of a radar array, a precision mechanical turntable, and a reliable power adapter. This advanced system is engineered for the detection, surveillance, and precise target indication of micro to small civilian drones. It is ideally suited for deployment in critical areas such as borders, perimeters, and airports. With pinpoint accuracy, it delivers comprehensive trajectory information including target orientation, distance, altitude, and speed, ensuring complete situational awareness. trajectory information such as target orientation, distance, altitude, and speed.
Product features:
High real-time and high precision: Designed to sustain high-precision tracking, it excels in long-distance detection, providing invaluable judgment criteria for border defense personnel.
Strong adaptability to the environment: Engineered for 24/7 operational capability, it thrives in challenging conditions, including night, rain, snow, haze, and dust.
High flexibility: Capable of long-range target detection, the system is easily installed, ensuring versatile deployment.
DBF technology: Leveraging DBF technology, it enhances anti-interference capabilities through the deployment of multi-beam technology. technology
Phased array system: By integrating an advanced active phased array system, it elevates radar detection performance and accurately outputs target coordinate information. effect and output target coordinate information
High cost-effectiveness: Through ongoing product enhancements, we maintain superior detection performance, achieving an ideal balance of reliability, usability, and cost-efficiency. effect while achieving a perfect combination of product reliability, usability, and economy.
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