Repeynik radar
Surveillance system designed for the detection and tracking of UAVs - Russia
Description
Repeynik radar in English Burdock is a cutting-edge surveillance system designed for the detection and tracking of ultra-small objects such as UAVs (Unmanned aerial Vehicles) within a range of up to 10 km, at altitudes of up to 5 km, and flying at speeds of up to 200 km/h. The portable system enables tactical autonomous use between populated areas in combat situations, as well as during security operations. Designed with versatility in mind, the "Repeynik" radar can be used in various latitudes and weather conditions, including coastal maritime regions. The components of the station can be painted with different types of camouflage, including the application of coatings with infrared (IR) emission properties, to further improve its stealth capabilities. According to open source information from April 2023, only 12 Repeynik radars are in service with the Russian army. It was deployed for combat operations in Ukraine since November 2022.
Repeynik radar variants:
- No variants at this time
Technical Data
| Radar Description |
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The Repeynik radar system appears to be compact and easily transportable with a rotating active electronically scanned array (AESA) unit mounted on a tripod for quick deployment and stability. The radar antenna itself is a flat-panel design, which contributes to its stealthy profile and makes it less conspicuous when in operation. This setup also enables 360-degree azimuth scanning with an elevation angle of up to 20°, eliminating any blind spots. The whole system has a total weight of around 25.5 kg
The radar system's control unit and other electronic components are housed in a portable, ruggedized case that can be easily transported and set up in various environments. The case seems to have an integrated display and controls for easy access and operation of the system. Additionally, there are various cables and connectors visible, indicating the system's capability to connect to different power sources and integrate with other equipment. The narrow scanning beam of the "Repeynik " ensures the stealthy operation of the station and reduces the risk of being targeted by anti-radar missiles. Combined with its compact size and rapid five-minute deployment, the system significantly enhances the effectiveness of assault/reconnaissance teams operating in enemy territory or security groups along contact lines. The use of a non-Doppler effect allows for the detection of stationary targets, such as hovering unmanned aerial vehicles (UAVs). Assembly and preparation for operation at a designated position require no more than 5 minutes. |
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| Control system |
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The Repeynik radar station is operated using a computer equipped with the necessary software. If needed, the control station can be placed at a considerable distance from the antenna post, allowing for increased flexibility in various operational scenarios. The software component of the radar system is compatible with different operating systems and is designed for ease of use.
The operator receives information in a graphical format, which enables them to quickly and easily interpret the data. Additionally, the system allows for the use of topographic maps, providing enhanced convenience and situational awareness for the operator during reconnaissance and security missions. This user-friendly interface and adaptable control system make the Repeynik radar station an invaluable asset in modern tactical operations. |
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| Power Supply |
| The autonomy of the Repeynik radar station is ensured by a compact power source, which can support up to 8 hours of intensive operation. Additionally, the system is designed to be powered by 220V electrical networks and 12V automotive systems, offering increased flexibility and adaptability in various field conditions. This versatile power supply capability contributes to the overall effectiveness and reliability of the Repeynik radar station during tactical operations. |
| Combat Use |
| The Repeynik radar station operates in the 9.2-9.5 GHz frequency range, allowing it to be used without special permissions. The antenna emits a narrow beam, providing the necessary characteristics while making it difficult to detect. The radar system is capable of detecting objects with a radar cross-section (RCS) as low as 0.01 square meters. The detection range for ultra-small aerial targets reaches up to 10 km, with an altitude of up to 5 km and object speeds of up to 200 km/h. The system's automatic tracking can simultaneously track up to 256 objects, making it a highly effective tool for modern tactical operations. The Repeynik radar can be used to conduct intelligence missions or by an assault unit during combat operations. During reconnaissance operations, a reconnaissance team verifies the absence of enemy UAVs in their sector using stationary detection means. After confirming no enemy UAVs are present, the team crosses the line of contact (LOC) and deploys the Repeynik radar system at the midpoint of their route. The team then continues on its mission. The radar station covers the airspace within a 20 km diameter or 10 km on each side of the team's route from the installation point. All information regarding the aerial situation is transmitted to the tablets of the team members. Upon detecting an enemy UAV on their route, the reconnaissance team decides whether to take additional camouflage measures to avoid attracting the attention of the UAV or to suppress the detected UAV using portable electronic warfare (EW) modules. This versatile and tactical use of the Repeynik radar system enhances the reconnaissance team's ability to carry out their mission effectively and discreetly. During assault operations, an assault team deploys the Repeynik radar system at the line of contact (LOC) and verifies the absence of enemy UAVs in their sector. Once confirmed, the team crosses the LOC and proceeds with their mission, executing a combat sortie. The radar station covers the airspace within a 20 km diameter or a sector radius of 10 km from the installation point. All information regarding the aerial situation is transmitted to the tablets of the team members equipped with portable electronic warfare (EW) systems. If enemy UAVs are detected, the assault team members suppress the detected UAVs using portable EW modules or activate quickly deployable automatic EW turrets. The tactical use of the Repeynik radar system in assault operations significantly enhances the team's effectiveness and ability to carry out their mission while maintaining situational awareness and counteracting enemy surveillance. |
Specifications
| Type | Detection range |
| Portable radar system to detect and track small aerial objects such as UAVs (Unmanned Aerial Vehicles) | Up to 10 km |
| Country users | Detection altitude |
| Russia | Up to 5 km |
| Designer Country | Speed of target detection |
| Russia | Up to 200 km/h |
| Scanning sector | Number of simultaneously tracked targets |
| 360° | 256 |
| Deployment time | Dimensions Radar |
| 5 minutes | Length: 0.3 m; Width: 0.46 m; Height: 0.65 m |
Details View
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Pictures - Video
