Tactical connectivity built for contested environments
Modern tactical operations depend on resilient connectivity that can survive congestion, jamming, and rapidly evolving electronic warfare.
Lockheed Martin has announced that it has been awarded a contract to continue providing the US Army with the production, assembly, training and deployment of virtual local area network training units. The contract, announced in a 27 March 2012 statement, is worth $22 million.
The Digital Deployed Training Classroom (DDTC) provides the capability for deployed soldiers to participate in group or individual instruction through virtual learning experiences.
Over the course of the original contract, Lockheed Martin developed, configured, tested, and deployed the first DDTC in late 2010. Since then, the company has put into theatre 26 DDTC units currently being used by army Brigades in Afghanistan, Kuwait, and Germany.
The DDTC provides the capability for deployed soldiers to participate in group or individual instruction through Video Teletraining (VTT), Interactive Multimedia Instruction (IMI), Web-based training, unit collaboration, and professional development training through access to current distributed learning programmes and constructive simulations. The DDTC will support 20 students simultaneously with notebook workstations, two-way VTT, and shared printing and scanning/fax capabilities. The DDTC will operate in either unclassified secure or SECRET modes.
Modern tactical operations depend on resilient connectivity that can survive congestion, jamming, and rapidly evolving electronic warfare.
There has been a drive towards uncrewed aerial systems and defeating them in recent weeks, with NATO exercises addressing the danger, new systems unveiled and a new Latvian counter-drone unit stood up following recent incursions.
Oshkosh Defense is positioning for a potential return to the JLTV programme after losing out to AM General in 2023, as the US Navy is considering options for 7,500 vehicles.
The MRZR Alpha 5kW has been designed to charge multiple battlefield systems, including active defence systems, sensor arrays, onboard electronics, UAS and CUAS equipment, and other C5ISR capabilities. The platform can also power external loads such as a forward-operating tactical grid.
The innovation ranges are designed to provide testing and validation across high technology areas and are a key part of NATO’s Rapid Adoption Action Plan to get new technologies into service faster.
Latvia is one of the countries at the forefront of developing a counter uncrewed aerial system capability, drawing on its own industry to meet a geographical and geo-political circumstance that has seen drone incursions rise.