
The Armament Control Unit (ACU) is an advanced armament control unit designed to support multiple solutions and sensor suites, weapon release and Chaff and Flare Dispensing capabilities.
The Armament Control Unit (ACU) is an advanced armament control unit designed to support multiple solutions and sensor suites, weapon release and Chaff and Flare Dispensing capabilities.
The Armament Control Unit (ACU) is an advanced armament control unit designed to support multiple solutions and sensor suites, weapon release and Chaff and Flare Dispensing capabilities.
The Multi-Function-Color-Display (MFCD) is a flexible, rugged low power consumption display for a wide array of airborne applications.
The UAST is an advanced portable, low weight and battery operated flight line test set. It is used to perform operational and testing of the armament system, to verify mission readiness and check for stray voltage.
The APFT is an advanced portable, low weight and battery operated flight line test set. It is used to perform operational pre-flight testing of the armament system, to verify mission readiness and check for stray voltage.
The CMC-e-1000 flight data recording and analysis unit is a flight data recording unit with integrated powerful on-line ground analysis software.
The CMC-e-600 is an exceptional solution for flight-data recording and analysis, completely integrating an airborn recordgin unit with powerful ground analysis software .
The RGIU is a leading edge, flexible and rugged avionic module designed to support multiple solutions for Weapon release capabilities.
The RIU is a rugged digital controller designed to support rocket launchers such as M260 and M261. The RIU can be adapted to multiple solutions for a wide arraey of avionics applications where rapid implementation, easy integration and high performance along with low weight and volume are required.
The OCU is a multi-functional display with a GRIP, which allows the soldier in a vehicle to operate armament system remotely within the vehicle, without being exposed.