Hensoldt Unveils Next-Gen “MUSS 2.0”: The Ultimate Multifunctional Defense Solution
HENSOLDT is enhancing the capabilities of its MUSS (= Multifunctional Self-Protection System) self-defense system for armored vehicles to identify and mitigate emerging threats. As part of the ongoing development commissioned by the Federal Office of Bundeswehr Equipment, Information Technology and In-Service Support (BAAINBw), the “MUSS 2.0” is set to be refined in compactness, weight, and assembly quantity. Concurrently, the proficiency in missile, projectile, and laser detection is expected to be significantly amplified.
In the future, “MUSS 2.0” will also recognize second-generation laser rangefinders. The sensor units will identify laser beam riders utilized for controlling guided munitions. With the introduction of the new laser rider, both the directional accuracy and threat detection capabilities will be enhanced. Thanks to the boosted computational power of the central unit, it will be possible to recognize additional missile and projectile threats, along with integrating novel functionalities such as HFI (Hostile Fire Indication). Furthermore, the interfaces have been broadened to include the NATO Generic Vehicle Architecture (NGVA), facilitating the rapid adaptation of “MUSS 2.0” to various platforms.
Through the second generation of “MUSS”, HENSOLDT aims to penetrate the market for medium-armored troop carriers, infantry fighting vehicles, and battle tanks as a dedicated soft kill or layered system on both a national and international scale. Over the past eight years, over 350 assembly kits for the initial batch of the “PUMA” infantry fighting vehicle have already been supplied from the first-generation MUSS. This positions “MUSS” as the sole active soft kill protective system for ground vehicles currently deployed in operational theaters worldwide.
The deployment of MUSS drastically diminishes the likelihood of being targeted by an anti-tank guided missile or a laser-guided ordnance. A “MUSS” system consists of four warning sensors, a central unit, an IR jammer, and a directional smoke projector equipped with control electronics. The warning sensors detect incoming missiles and laser beams directed towards the vehicle. The central unit subsequently activates infrared countermeasures to disrupt missile guidance and/or pyrotechnic counteractions.
