HENSOLDT unveils new infrared detection system

Sensor specialist HENSOLDT is unveiling its latest development in the field of reconnaissance and self-defence sensor technology with a new multifunctional infrared detection system. The system, developed for the entire range of flying platforms and consisting of a central computer and an imaging unit, works with two-colour infrared technology and enables better warning performance in the area of hazard detection with a long range and low false alarm rate. Thanks to the imaging technology approach, hotspot detection and general reconnaissance, the system goes beyond a pure missile warning system. Due to its passive mode of operation, the system itself cannot be detected. The system detects and localises threats and offers 360-degree protection with six sensors. The infrared detection system can be integrated platform-independently thanks to its optimised size, weight and performance (SWaP) and cross-sectional development. It is easy to integrate thanks to standardised interfaces and is compatible with countermeasures such as chaff, flares and DIRCM (Directed Infra-Red Counter Measure). Integration into HENSOLDT’s proven AMPS (Airborne Missile Protection System) provides users with the best possible solution in the field of self-defence systems against surface-to-air and air-to-air missiles. “With the new system, HENSOLDT is expanding its product portfolio in the infrared sector. This gives us the best possible sensor solution for our customers, also in combination with our other self-defence systems,” says Tanya Altmann, Head of the Optronics & Land Solutions Division at HENSOLDT. “Due to its design and performance data, it also meets the high requirements for integration into fighter aircraft. With its long range and low weight, the sensor can also make a critical contribution to the detection of threats and the self-defence of the platform.” For Editorial Inquiries Contact: Editor Kym Bergmann at [email protected] For Advertising Inquiries Contact: Director of Sales Graham Joss at [email protected]