HENSOLDT Unveils Groundbreaking Infrared Surveillance Technology

HENSOLDT, a leader in sensor technology, is unveiling its newest advancement in reconnaissance and self-protection sensor solutions featuring a cutting-edge multifunctional infrared detection system.   

This state-of-the-art system, designed for various aerial platforms and consisting of a central processing unit and an imaging module, operates using dual-colour infrared technology, enhancing warning capabilities for hazard detection with extended range and minimal false alarm occurrences. Through its imaging capabilities, the system provides hotspot identification and overall reconnaissance, transcending the limitations of standard missile warning systems. Importantly, its passive operational mode ensures that the system remains undetectable.  

The system is adept at identifying and pinpointing threats while delivering 360-degree coverage through six sensors. Thanks to its optimized size, weight, and performance (SWaP) design, the infrared detection system can be integrated independently of the platform. Its compatibility with standardized interfaces facilitates seamless integration and allows for interoperability with countermeasures such as chaff, flares, and DIRCM (Directed Infra-Red Counter Measure). When integrated into HENSOLDT’s established AMPS (Airborne Missile Protection System), users can rely on the most effective solutions for self-defense against both surface-to-air and air-to-air missile threats.   

“With the introduction of this new system, HENSOLDT is enhancing its infrared product line. This ensures that we provide our clients with the optimal sensor solutions, complemented by our array of self-protection systems,” states Tanya Altmann, Head of the Optronics & Land Solutions Division at HENSOLDT. “Thanks to its design and specifications, it fulfills the stringent requirements necessary for integration into combat aircraft. Its long-range capabilities and lightweight nature also play a crucial role in the identification of threats and the self-protection of the platform.”