Improving accuracy of munitions will not only minimize civilian casualties and infrastructure wreckage, but also reduce the number of weapons that need to be fired.
A major British aerospace company has developed a tiny, silicon ring-based inertial measurement unit, using micro-electro mechanical system (MEMS) technology, to help guide projectiles to their targets accurately.
"The main advantage of solid state measurement units over conventional gyroscope-based solutions is that they have a longer life, modest manufacturing costs, and higher reliability," says Frost & Sullivan Analyst Michael Valenti. "The silicon technology that these systems rely on also minimizes the size, weight, and power consumption of the units."
Since some of these MEMS devices are rugged enough to withstand acceleration forces exceeding 20,000 times the force of gravity, they are being incorporated into next-generation, shoulder-launched, anti-armor rockets for use by the British and Swedish forces. The U.S. Army and Marines will incorporate these guidance systems in their helicopter rockets, while the U.S. Navy will use them to improve the accuracy of ground support fire.
Britain's Royal Air Force and Royal Navy have been supplied with laser-guided, precision bomb systems that are not affected by bad weather or smoke. Their anti-jamming and anti-spoofing technologies maintain the intended projectile of the missiles and help minimize unwanted damage.
For small combat units, situational awareness is vital. WSI Corp's InFlight system, for example, was specifically designed as an in-flight decision support aid for pilots along with the company's high-quality weat
Contact: Julia Paulson