BMRK Uran-9: reconnaissance and fire support robot of the Russian Armed Forces

Uran-9 reconnaissance and fire Support combat vehicle

The Uran-9 BMRK is designed to conduct reconnaissance and fire support for advanced and reconnaissance units of tactical combined arms formations. It increases the effectiveness of combat missions and reduces the loss of unit personnel during combat operations, including in urban environments.

The main tasks of the BMRK Uran-9

are reconnaissance: it collects information about the enemy and the terrain.

- Fire support: Supports combined arms and reconnaissance units with fire.

- Hitting targets: It is capable of hitting stationary and moving tank-type targets at ranges up to 5,000 m during the day and 3,500 m at night.

RROP Features

- Moving: It can move from on-board batteries in the engine shutdown mode.

- Automatic movement: It is able to move along a given route with automatic detection and avoidance of obstacles.

- Control: receives and transmits control commands from a mobile control point (MPU) and a remote control (remote control), and can also relay signals.

- Remote control: it is carried out at a distance of up to 3 km from the control panel, and signal relay between the control panels is possible at a distance of up to 1 km.

Technical specifications

- Curb weight: up to 12 tons.

- Dimensions: 5600x2500x3100 mm.

- Power plant capacity: 300 kW.

- Maximum speed: at least 35 km/h.

- Power reserve: 200 km.

- Continuous operation time: 6 hours at one gas station.

Weapon guidance sectors

- Cannon and small arms: 360° in the azimuthal plane, from -10° to +45° in the angle of the place.

- Rocket and flame-throwing weapons: 360° in the azimuthal plane, from -15° to +70° in the angle of the place.

 Composition of armament

- 30 mm 2A72 automatic cannon.

- 7.62mm PKTM machine gun.

- The Ataka guided weapons system.

- Rocket-propelled infantry flamethrowers RPO PDM-A "Bumblebee-M.

Additional protection measures

A smoke screen installation system has been installed, which makes it possible to automatically create a smoke screen in the laser irradiation sector.