SANDY HOOK - In January, Rafael Advanced Defense Systems announced the signing of a €330 million, multi-nation contract between EuroTrophy GmbH and KNDS Deutschland to supply the TROPHY Active Protection Systems (APS) for the Leopard 2 A8 main battle tank programs of Lithuania, the Netherlands, Czech Republic, and Croatia.
The widely distributed APS should see steady production well into the next decade for the military vehicle inventories of multiple nations. The demand for vehicle protection includes a need for existing, readily available systems as well as development and procurement of enhanced capabilities to counter emerging and growing threats, such as drones.
Integrated as part of the Leopard 2 A8’s standard configuration, TROPHY rapidly detects and tracks an anti-tank missile threat and neutralizes it away from the platform. The threat detection and warning subsystem consists of electro-optical sensors and search radar located around the protected vehicle to provide full hemispherical coverage.
There are two main versions of the system. The first, HV, is designed for heavy vehicles such as main battle tanks. The second, VPS, is designed for vehicles such as armored personnel carriers. TROPHY HV has been deployed operationally by the Israel Defense Forces (IDF) since August 2009.
In June 2018, Rafael partner, Leonardo DRS was awarded a contract worth $193 million to provide TROPHY systems, countermeasures, and maintenance kits for U.S. Army tanks. Over the past few years, the U.S. has ordered enough systems to equip four brigades of tanks.
In April 2023, the German Bundestag approved the acquisition of 18 TROPHY-equipped Leopard 2A8 tanks, as well as a further 12 PzH2000 self-propelled howitzers.
Two years after selecting TROPHY for the next phase of detailed assessment and integration trials for the British Army's Challenger 3 main battle tanks, in July 2023, Rafael won a £20 million contract to supply the systems.
In October 2024, Rafael announced it had equipped TROPHY with a new capability specifically designed for the growing unmanned aircraft systems (UAS) threat, which likely consists of infrared jammers, laser spot imitators, and radar jammers.
Source: Forecast International
Associated URL:
http://www.forecastinternational.com
Author: Andrew Dardine, Defense Electronics