It was a state-sponsored hack, a computer program likely built by the US and Israel in order to influence the behavior of a rival government. Stuxnet was a turning point in the modern history of warfare.
The computer worm essentially slowed Iran’s nuclear efforts, raising the pressure on Tehran and buying the US and its allies some valuable time in building up international opposition to the country’s program. Stuxnet caused uranium enrichment centrifuges to inexplicably fail and knocked out as much as 20% of Iran’s enrichment capacity. In 2010, a malicious computer program swept through Iran’s nuclear infrastructure. If lasers ever become a feature of aerial combat, it will be because of the precedent of the YAL. Still, it demonstrated that enormous, high-powered lasers could destroy large and fast-moving objects, and do so in mid-air. The military decided the YAL was impractical - in order to intercept a missile, the aircraft would have to already be in the air, while the weapon itself was expensive to fabricate, operate, and maintain. The laser was built to intercept tactical ballistic missiles midway through their flight path, and in a 2010 test, the YAL succeeded in shooting down a test target. The American weapon, which was first tested successfully in 2007, was housed inside a converted 747 aircraft, which had the largest laser turret ever built installed on the plane’s nose. Even though only one of the weapons was ever built and the program has been discontinued, the YAL Airborne Laser Testbed was an important proof of concept. Weaponized lasers will likely be a feature on the battlefield of the future. These weapons could deliver nuclear warheads faster and better than anything ever built, and experts fear that they could spark a new arms race. Boost-glide projectiles travel quickly and at a flat angle, working at speeds and trajectories that flummox existing missile defense technologies. If they ever become operable, these weapons would be able to deliver weapons payloads while traveling at a velocity five times faster than the speed of sound over a range of several thousand miles.īoost-glide weapons are capable of traveling on a trajectory that makes them difficult for missile-defense systems to intercept, since those systems are designed to work against the high arc of traditional ballistic missiles. Neither country has quite developed a working advanced hypersonic weapon (AHW) prototype, but the two countries both tested their own versions in August 2014.īoost-glide weapons can hit their targets with unprecedented speed and effectiveness. Boost-glide hypersonic weaponsīoost-glide hypersonic weapons are the latest arena in which the US and China are competing militarily. As it can land vertically, the Osprey is also able to take part in operations normally out of bounds for traditional aircraft, which typically need hundreds of feet of runway space. It has been used for troop transport, MEDEVAC missions, supply transport, and aerial delivery, and it is being tested for use as an aerial refueling platform. The Air Force, Navy, and Marines have used the Osprey for almost every conceivable mission. It has seen use in combat and rescue operations as far afield as Iraq, Afghanistan, and Libya. The plane’s later models have now become absolutely indispensable for the Marines.
#SMALL SOLDIERS GAME ALL WEAPONS SERIES#
The Osprey originally suffered from several worrisome accidents including a series of fatal crashes before it was officially introduced into service in 2007. The Osprey can take off and land vertically like a helicopter, but it can travel at speeds approaching that of a fixed-wing plane. The V-22 Osprey is a multi-task tilt rotor aircraft that has become a staple of the Marine Corps since its introduction into service.
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