Technicial Specifications
- One by one, normal and training guns (without steel core) of 5.56×45 mm, 7.62×51 mm, 7.62×39 mm, 7.62×54 mm, 7.65×17 mm and 9×19 mm diameters It is suitable for semi-automatic or fully automatic firing.
- Designed for single, semi-auto, fully automatic high volume firing up to 9000 FPE (without steel core).
- The weight of 62 cabins is 4000 kg and above. This weight is directly proportional to the amount of armor steel used for the system and steel piping.
- Snail part of the firing chamber and the firing path armor STANAG 4569 LEVEL 1
- The body of the shooting cabin is made of 500 series armor steel, which is characterized as rolled homogenous armor-RHA.
- The shooting cabin allows a total of at least 1,000,000 (one million) ammunition shots.
- Although ATEX (ex-proof) is used as the cabinet fan, a larger fan is preferred. The stronger the evacuation, the higher the security it will have. (In order to control whether the cabin fan is working or not, the fan is brought under control by means of sensors and it has been turned into a system that prevents the discharge in case it does not work).
- Water will circulate through a pump in order to evacuate unburned powders, nuclei and certain particles in the cabin. The water pump to be used has been determined as ATEX (exproof). (This pump was taken under control by means of sensors and turned into a system that prevents the shot in case it does not work). Since the gunpowder in the cabin will be circulated with the help of water, a particle filter is placed in the water tank.
- By eliminating the risk of running out of water, the water requirement of the system is automated with the help of a float. In addition, internal corrosion is prevented by using non-flammable oil in water.
- The most wearable armor steels are designed to be replaceable. The wear of the armor plates can be controlled during the maintenance to be carried out at certain periods and it is produced in a system that can be changed when necessary.
- A silencer is designed to break the sound at a certain level in the muzzle.
- In case the cabinet is installed indoors, indoor safety can be monitored continuously by placing sensors for dangerous/toxic gases in the indoor environment at more than one point.
- These devices are guaranteed according to certain shot counts. The number of shots is recorded with a counter that the operator enters into the control unit, and accuracy is checked with sensors.
- An automation system has been created that displays the status on the screen, shows the fault conditions, and warns with audible and visual warnings.
- There is a wheeled and towable type, core collection chamber suitable for positioning under the shooting cabin.
- In the cabin, it has been made much longer lasting and safer by using tank paint instead of non-durable and flammable paints.
- There is a safe shooting stand that prevents rebound and bounce during shooting.
- The operator and the machine part are separated by a wall from the barrel entrance.
- Note: Air intake and air discharge fans installed in indoor shot test cabins are determined as a result of taking the measurements of the environment and space, and their supply and assembly is applied.
