German Armed Forces’ H145s get L3Harris sensor system upgrade
The WESCAM MX-15D will EO/IR sensor system will be installed on the German Armed Forces’ new H145M helicopters. (Photo: L3Harris)
The German Armed Forces’ new fleet of multi-role H145M helicopters will have its sensor systems upgraded with the integration of the WESCAM MX-15D electro-optical/infrared (EO/IR) sensor, L3Harris has said.
The sensor’s multi-spectral imaging, stabilisation will provide the H145M with advanced airborne sight capabilities, making it ideally used for medium-altitude surveillance, reconnaissance and target acquisition missions, according to the manufacturer.
The German Armed Forces received the first of its 82 H145M helicopters in November 2024. L3Harris has partnered with Airbus Helicopters as part of this delivery to upgrade the fleet.
Related Articles
German Armed Forces receive first of 82 H145M helicopters
The contract was officially signed in December 2023, the largest-ever order for this model, according to Airbus.
Tom Kirkland, VP and general manager – targeting and sensor systems at L3Harris, said: “This integration marks an exceptional step forward for L3Harris on the international stage, integrating our advanced and reliable imaging systems on a leading air combat platform.”
Related Equipment in Defence Insight
More from Air Warfare
-
Portugal signals interest in establishing A-29N final assembly line
As the launch customer for the NATO-configured variant, Portugal also took delivery of the first five A-29N aircraft from its order for 12, placed in 2024.
-
Leonardo signs contract on Austria’s M-346 aircraft order
The first of the 12 M-346 aircraft are expected to be delivered to the Austrian Air Force by 2028, according to the company.
-
2025 UAV market review: $7.8 billion in new contracts signed as US leads spending
Qatar and Indonesia followed the US’s high spending on new uncrewed aerial vehicle contracts across 2025, while MALE and micro drones and loitering munitions were particularly popular subcategories this year.