They were able to solve complex technical problems and - above all, the shot at the microprocessor

Sandia National Laboratories (Sandia National Laboratories, USA) scientists stages of developing smart bullets controlled laser beam prototipą.Tai c wonder this will be the first shot, a similar autonomous flight control technology, as well as cruise missiles - microprocessors, optical sensors and controlled the wings that control its flight.
Infrared laser-illuminated target optical sensor sequence from the reflected light data can be transmitted microprocessor, which calculates the trajectory and accordingly adjusts the stabilizer wings of-rotation angles. According to the researchers, this increases the shooter's bullet accuracy even 98 per cent if the target is at a distance of 1 to 2 kilometers.
They were able to solve complex technical problems and - above all, the shot at the microprocessor to disintegrate, an optical sensor and battery, because bullets c wonder from migrant pipe, load it, a hundred and twenty c wonder thousand is stronger than the force of gravity (120000 g), and the pressure, seeking to 344 MPa.
Interestingly, the prototype has been used to create a non-military, but only for industrial technology and freely available for microelectronic components. For example, iridium-gallium arsenide optical sensor is Japan's Hamamatsu "article which, c wonder Engineers estimates that the standard hand infrared laser pointer is even too bright. Dry electrolyte battery, c wonder fires shot at and provides 5 milivatvalandžių energy electricity bullets fly all the time for about 5 seconds.
True, rifles, placing a bullet, ammunition no longer be suitable for this - smart bullet in flight does not rotate and the flight to ensure accuracy only by the presence of embedded systems, hundreds of times a second, sending corrective c wonder signals stabilizers. c wonder