Ballistic Missile Defence

Ballistic Missile Defence: long-range radar system

The TRS-4D LR long-range radar is used at the German Navy’s Naval Technical School in Parow (State of Mecklenburg-Vorpommern) as a test, reference and training facility.

UHSI32

Ready for Europe’s maritime future: the Unmanned High-Speed Interceptor 32 (UHSI32) offers an autonomous platform for a variety of naval/maritime duties. Photo: CMN NAVAL

The UHSI32 is being developed as a true game changer for future European naval operations.

High Energy Laser

Naval warships can deliver large amounts of laser power. Photo: US Navy

Since Columbia University graduate student Gordon Gould and Bell Laboratories scientists Charles Townes and Arthur Schawlow (among others) coined the term ‘Laser’ in the 1950’s, applications of the laser have seemed limitless. Working with these new discoveries had to be exciting, but applying hundreds of kilowatts of laser power, like the ones being used in directed energy laser systems, was not even something that could be fathomed at the time.

Heven Drones unveiled a hydrogen-powered drone for modern multi-role operations

The Raider hydrogen-powered drone featuring an extended endurance, enhanced payload capacity plus a modular design to adapt to evolving operational demands. Photo: Heven Drones

Heven Drones, a company headquartered in Miami, Florida (USA) and specialising in hydrogen-powered unmanned aerial systems designed for complex operational environments, is introducing the Raider. This new platform is tailored to provide extended endurance, versatile payload options, and field-ready modularity, addressing critical challenges faced by modern operators.

Complex air defence

An effective hypersonic defence must include space sensors and a glide-phase interceptor, but it should not stop there. Artist’s impression: Raytheon Missiles and Defense - Complex air defence - Countering the hypersonic missile threat

Defending against hypersonic missiles is strategically necessary, technologically possible, and fiscally affordable, but it will not be easy.

Between proven and innovative – the evolution of military ship propulsion

The controllable pitch propeller enables adjustable thrust generation, combined with rudders for steering. (Photos: Otto Piening GmbH)

Robustness in all its facets is a top priority for naval forces, which can, to some extent, hinder or at least slow down innovation. However, upon closer examination, naval shipbuilding proves to be highly innovative, both on a small and large scale. In this article, we will focus on propulsion systems, specifically the components of ship propulsion that generate thrust for forward motion.

Captain (Ret.) Jan Wiedemann passed away

After a varied, diverse and demanding life, Jan Wiedemann, Captain (Ret.) German Navy passed away on 18 February. Jan was born on 24 March 1943 in Bremen, where he graduated from the High School in 1963. Jan’s greatest wish to start a career as a fighter-bomber pilot in the still young German Bundeswehr was achieved at that time: he was successfully accepted into the Armed Forces and began his officer training with „Crew IV/63“.