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Multi-purpose phase-scan radar

The RST8000 radar is a multi-purpose, fully coherent, one-dimensional active electronically scanned array, monopulse two-coordinate radar, suitable for various complex terrains and sea conditions. It can detect walking personnel, moving vehicles, ships and other targets. After long-term practical application and optimization, the radar performance is reliable and stable, meeting the requirements for use in harsh environments such as high cold, high humidity, and salt spray.

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Outdoor Series

Security series

Radar series


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Market Price


The RST8000 radar is a multi-purpose, fully coherent, one-dimensional active electronically scanned array, monopulse two-coordinate radar, suitable for various complex terrains and sea conditions. It can detect walking personnel, moving vehicles, ships and other targets. After long-term practical application and optimization, the radar performance is reliable and stable, meeting the requirements for use in harsh environments such as high cold, high humidity, and salt spray.
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Multi-purpose phase-scan radar
Multi-purpose phase-scan radar
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  • Multi-purpose phase-scan radar
  • Multi-purpose phase-scan radar
Beijing Soske Technology Development Co., Ltd

Multi-purpose phase-scan radar

The RST8000 radar is a multi-purpose, fully coherent, one-dimensional active electronically scanned array, monopulse two-coordinate radar, suitable for various complex terrains and sea conditions. It can detect walking personnel, moving vehicles, ships and other targets. After long-term practical application and optimization, the radar performance is reliable and stable, meeting the requirements for use in harsh environments such as high cold, high humidity, and salt spray.

Category:

Outdoor Series

Security series

Radar series



Overview

The RST8000 radar is a multi-purpose, fully coherent, one-dimensional active electronically scanned array (AESA), monopulse two-coordinate radar. It is suitable for various complex terrains and sea conditions, and can detect walking personnel, moving vehicles, ships, and other targets. After long-term practical application and optimization, the radar performance is reliable and stable, meeting the requirements for use in harsh environments such as high cold, high humidity, and salt spray.

 

Technical Advantages

Using AESA technology to achieve azimuth electronic scanning. Compared with mechanically scanned radars, this radar has the technical advantages of high scanning rate, fast beam-steering rate, and high measurement accuracy for targets.

Using advanced radar signal processing technology, the radar has a low false alarm rate, a clean monitoring screen, and can accurately detect and lock onto targets.

The elevation beam coverage angle is large, and it can simultaneously cover the ground, sea surface, valleys, slopes, etc., and its power is sufficient to detect pedestrians, vehicles, ships, and animals.

It has flexible networking capabilities, allowing flexible networking according to actual needs, enabling one control terminal to control multiple radar hosts simultaneously.

All functional components adopt a modular design with clear and simple interfaces, making maintenance and upkeep convenient.

The structure is exquisite, and the size is light, compact, and easy to transport, carry, and quickly set up.

It adopts a human-machine integrated design, making the radar operation simple and practical.

All active components have been optimized for power consumption, resulting in low overall power consumption for the radar; it can adapt to various power supplies.

Using fanless thermal equilibrium technology, verified through whole-machine simulation optimization and physical experiments,

Suitable for extreme environments such as high temperature and low cold.

It adopts a fully sealed design, meeting IP66 requirements, with dustproof, waterproof, and salt-spray-proof functions. It has high reliability and is suitable for environments such as Gobi Desert, deserts, and oceans.

This radar can be widely used in border/coastal surveillance, key area protection, battlefield reconnaissance, and other fields.

 

Radar Working Diagram

Radar Physical Diagram This radar can combine multiple arrays to achieve the required azimuth coverage: 90°, 180°, 270°, 360°.

Radar Multi-Array Combination Diagram

 

Composition

The radar consists of a control terminal and a radar host, as shown in Figure 3.

Figure 3 Radar System Composition Diagram

The radar host can connect to the upper-level system via a network for networking or remote control; it can also be configured with terminal display for independent operation as a self-contained system.

The terminal display is optional equipment and can be implemented by an industrial control computer, a ruggedized computer, or a handheld terminal device, depending on user needs.

The radar host and terminal display are connected via a network cable (gigabit, compatible with 100 megabit). The radar is mainly powered by AC power, DC 18V~32V power supply, and also supports solar power and wind power.

 

Functions

The radar is mainly used for border/important area surveillance, monitoring personnel, vehicles, ships, and other targets in the monitored area. The main functions are as follows:

It can perform search and tracking functions for walking personnel, moving vehicles, ships, and other targets.

It has online detection, fault diagnosis, fault location, and temperature monitoring functions.

It has self-positioning and orientation functions.

It has automatic recording and playback functions for working status.

It can provide guidance information to the upper-level system and has collaborative working capabilities.

It has networking capabilities and can achieve collaborative work of multiple radars.

 

Main Technical Indicators

Active Electronically Scanned Array Pulsed Radar
SETTALL-RST8000

Working System

Azimuth One-Dimensional Active Electronically Scanned Array Monopulse

Operating Frequency

X band, 200MHz bandwidth

Operating Frequency Points

11

Operating Modes

Search, Track, Fixed-Point Monitoring, Self-Test

Azimuth Scanning Range

Azimuth ±45° electronic scanning, and the scanning range can be arbitrarily set within ±45°

Elevation Coverage Range

Scanning Method

Electronic Scanning + Mechanical Scanning

Electronic Scanning Range

±45°, and scanning can be arbitrarily set within ±45°

Mechanical Scanning Range

360° continuous azimuth scanning

Tracking Mode

TWS

TWS Tracking Capability

≥200 batches (parameter display batches ≥40 batches)

Effective Range

For Personnel

≥8km (V≥0.5m/s, RCS=0.5㎡, Pd=85%)

For Vehicles

≥18km (RCS=10㎡, Pd=85%)

Sea Patrol Boat

≥17km (RCS=2㎡, Pd=85%)

Large Ships

≥40km (RCS=100㎡,Pd=85%)

Minimum effective range

≤150m

Target speed range

0.5m/s~50m/s (1.8km/h~180km/h)

Distance display range

0km~40km

Distance resolution

≤10m

Accuracy error

Distance ≤5m,Azimuth ≤ 0.4°,Speed ≤0.1m/s

Power consumption

≤150W

Power supply

Mains power, power station or battery power

Weight

No more than 13kg

Structural dimensions

Radar main unit

475mm×350mm×110mm

Reliability and maintainability

MTBF ≥ 5000h,MTTR ≤ 0.5h

External interface

RJ-45 communication protocol TCP/IP

Environmental adaptability

Storage temperature

-45℃ ~ +65℃

Operating temperature

-40℃ ~ +55℃

Relative humidity

95±3% (30℃, no condensation)

Protection level

IP66 (dust-tight, water-jet proof)

 

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