British soldiers are to test a revolutionary new device which can pinpoint the exact position of enemy snipers 1,000 yards away.
The tiny computerised ‘sniper spotter’, which has been developed by Army scientists at the top-secret Defence Science and Technology Laboratory in Wiltshire, identifies the shooter’s location in an instant, enabling British troops to fire back immediately and accurately.
The new high-tech gadget – just 4in square and weighing 11oz – is worn on a soldier’s arm. It is connected to a shoulder sensor which pinpoints the location.
The device will be trialled this month with the Parachute Regiment in Afghanistan.
The detector’s powerful acoustic processing technology evaluates the enemy position by determining the target’s co-ordinates on a small screen with an arrow indicator.
Simultaneously it bleeps a warning into a headset connected to the device.
The Boomerang Warrior-X processor is the most advanced detector on the market. It has been refined by the scientists from a US system used in Iraq.
The small square-shaped detector will also allow Joint Tactical Air Controllers to forward exact locations of the enemy to fighter pilots for an air strike.
Sources say each unit – known officially known as the Compact Soldier Worn Shooter-Detector System – costs £10,000. An initial 1,000 have been ordered for British troops in Afghan¬istan’s southern Helmand province. If trials are successful, more soldiers will be issued with it later this year.
The way the technology works is a closely guarded secret, but the unique software provides constant updates on the enemy’s location – even if they move position while being fired at.
A senior source said: ‘This bit of kit could be a life-saver. An earlier, larger model was used by US forces in Iraq and in parts of Afghanistan, but this is a first for us and it is being seen as revolutionary.
‘It works on acoustics and when a round is fired the small display panel highlights an arrow indicating the direction of fire, which is a major help in returning fast and accurate fire.’