UK MoD Awards Simulation Contract to QinetiQ

UK MoD Awards Simulation Contract to QinetiQ


UK: QinetiQ has received a multi-million pound contract from the UK Ministry of Defence (MoD) to train British soldiers and pilots in virtual world battlefields. Under the terms of the USD 33 million contract, the company will enable UK Army commanders and air force pilots to train together in a virtual battlefield ahead of foreign deployments, The Telegraph reported.

The training will be carried out using a system fielded at the Air Battlespace Training Centre at The Royal Air Force (RAF) Waddington in Lincolnshire, UK, over the next five years. "Simulation and synthetic training is an extremely important part of training our modern armed forces and, although it will never fully replace live training, the ability to practise and train in highly realistic but safe environments is a vital, life-saving capability essential to effective mission preparation,” said a spokesperson from UK Ministry of Defence. "Our training provides the RAF and army with a realistic representation of the operating environment they will face, which is critical to achieving mission success. It allows trainees across the UK to train together in the same mission, in real time, with our coalition partners across the globe. We train the UK Armed Forces in the safe and effective employment of weapons systems available in an air-land battle, including artillery, mortars, attack helicopters, fixed wing and unmanned aircraft,” said Miles Adcock, QinetiQ Training Managing Director.

Capable of linking together aircraft simulators, ground forces' control tents and individual troops, the QinetiQ system enables commanders in the simulated headquarters to co-ordinate airstrikes in real-time, with soldiers on the virtual battlefield calling in the jets that are being flown by pilots in simulators. Specifically, the simulator allows the trainees to learn how to carry out complex procedures and potentially dangerous operations, without the risk of harm.

Source: QinetiQ