Stationary armor target

The stationary armor target comes in both portable and fixed-installed options. It has the option to be fitted with a stackable stainless steel transport frame, housing all essential components for smooth operation. This frame also allows for height adjustments, ensuring optimal setup. The portable version is typically powered by batteries and operated via radio control. With the transport frame in place, there's no need for special site preparation when setting up the system, as long as it's shielded from direct fire and ricochets. Plus, its location can easily be changed without making any infrastructure changes.

The armor silhouette comes fitted with contact hit sensors that register every mechanical impact from incoming projectiles. These sensors are adept at recording strikes from all calibers of live-fire ammunition, whether they're subsonic, supersonic, or even just training rounds.

In addition, there's an adjustable sensitivity feature, ensuring only hits above a certain threshold are counted. Additionally, the sensors can differentiate between single shots and burst fire, with the latter counting a rapid sequence of shots as just one hit.

Our Heavy Advanced Armor Target can lift tank target silhouettes in weight up to 180 kg or 400 lbs. 

In calm conditions, the target system can raise military full-scale silhouettes measuring 7 m (23 ft) by 3 m (9.4 ft) in just 7 seconds. However, in wind speeds of up to 55 km/h, it takes the system slightly longer, but still under 12 seconds, to lift and lower these silhouettes.

Our Heavy Stationary Armor Target system is packed with essential features to enhance training experiences. It can be equipped with an illumination unit to support night firing exercises, with the added option of infrared lighting.

To heighten realism, a Muzzle Flash Simulator generates authentic visual effects, such as the flashes from a firing weapon. Both pyrotechnical and non-pyrotechnical enemy fire simulators are available, ensuring varied and realistic training scenarios.

For those focused on precision, a LOMAH (Location-Of-Miss-And-Hit) system can be integrated to accurately evaluate the location of hits or near misses on the target silhouette. To round off its robust design, a protective ballistic shield can be added to guard the device and minimize ricochets.