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Scientists have created a liquid body armour suit that hardens and absorbs shrapnel on impact using a substance that has been nicknamed 'bullet-proof custard'.
Researchers have produced a secret chemical formula and combined it with traditional Kevlar to create the 'super armour'.
The suit works using a viscous compound which, when attached to traditional Kevlar, absorbs the force of a bullet and responds by becoming thicker.
It is hoped the compound will used to make much lighter, more flexible and effective armoured vests for soldiers on the front line.
Experts have nicknamed the liquid 'bullet proof custard' because the molecules lock together and 'thicken' in the same way that dessert custard dose when stirred.
The pioneering technology has been created by a team of scientists at the global defence and security company BAE systems in Filton, Bristol.
Stewart Penney, Head of Business Development for Design and Materials Technologies at BAE Systems, said: 'It's very similar to custard in the sense that the molecules lock together when it's struck.
'The technology is best explained by the example of stirring water with a spoon.
'In water you feel little resistance to the spoon. Whereas with 'liquid armour', you would feel significant resistance as the elements in the fluid lock together.
'The faster you stir, the harder it gets, so when a projectile impacts the material at speed, it hardens very quickly and absorbs the impact energy.'
The technology uses 'shear thickening' fluids which 'lock' together when subjected to pressure and enhances material structures like Kevlar.
Troops currently struggle with heavy and bulky body armour which can restrict and inhibit movement, causing problems in hot war-zones like Afghanistan.
But the liquid armour requires less material, meaning it is smaller and lighter, which allows a wider coverage of the body and greater manoeuvrability.
The technology can be integrated into standard Kevlar body armour to offer increased movement and reduce the overall thickness by up to 45 per cent.
Scientists tested the material by firing a ball bearing-shaped at over 300 metres per second into two test materials - 31 layers of untreated Kevlar and 10 layers of Kevlar combined with the shear-thickening liquid.