LACS Sensors

Data Sheet

Each LACS sensor is provided with a dedicated microprocessor that is the core of the receiving system and hit discrimination. It may be positioned on the body of the operator or on the targets to reach the maximum realism in training. Distributed on the entire body (including arms, legs, chest and head) in variable quantities, from between 16 and 32 sensors, with different density in different areas of the body, the sensors are identified univocally. It’s also possible to discriminate the exact body surface area hit and the type of damage inflicted based on the specific ballistic protection (virtual) in use and based on the type of projectile (virtual) fired. All this information is received from the microprocessor and sent to the LACS B-CPU (Body Central Processor Unit) connected by wire to each sensor. Sensors have a receiving angle of beam that, based on the weather conditions and the distances, can change from 15° to 180°. The sensors are made of shock absorbent techno polymer which is able to resist high and low temperatures. During the production cycle the sensors are exposed to different protective processes that make it resistant to dust and water. They are water resistant and may be protected by an additional interchangeable protection shell that grants superior shock absorbent characteristics.

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