This weapon is so smart it can pick off an enemy no matter where he’s hiding.
God Bless America!
At first glance, the XM-25 looks like something out of a Sci-Fi movie. It features an array of sights, sensors and lasers housed in a Target Acquisition Fire Control unit on top, an oversized magazine behind the trigger mechanism, and a short, ominous barrel wrapped by a recoil dampening sleeve.
Unlike a Hollywood prop, however, this weapon is very real and designed to accurately deliver an explosive round that neutralizes targets at distances of up to 700 meters – well past the range of the rifles and carbines that most Soldiers carry today.
“What makes this weapon system truly revolutionary is the ability to target the enemy, pass on this information to the sensors and microchips of its 25mm HEAB round, and have that round detonate over the target,” explained Maj. Shawn Murray, a Soldier Weapons assistant product manager in PEO Soldier, the organization responsible for developing the XM-25.
This Fully-Automatic 12 gauge shotgun can fire 300 rounds per minute and is strictly for military use. That’s too bad because it would probably revolutionize deer hunting!
Anti-personnel mines: These little hidden bombs cause such havoc in civil wars around the world that they’ve been banned by most nations. The U.S. still insists on retaining the right to use them, though it doesn’t actively deploy them.
Best known is the Claymore mine developed by the U.S. in the 1950s and widely copied worldwide, but possibly most notorious is the Soviet “Butterfly” model that during the 1980s killed and maimed Afghan children who thought it was a toy.
“We make extremely rare use of mines anymore,” says Wright. “In the old days you had to go clean the mines up … now you’ve got to remember to send people to clean that area, [because] civilians or your own troops may run into them.”
The M18A1 Claymore is a directional anti-personnel mine used by the U.S. military. It was named after the large Scottish sword by its inventor, Norman A. MacLeod. The Claymore fires shrapnel, in the form of steel balls, out to about 100 meters across a 60° arc in front of the device. It is used primarily in ambushes and as an anti-infiltration device against enemy infantry. It is also of some use against soft-skinned vehicles.
The .50-caliber sniper rifle: Confederate soldiers first mounted scopes on high-powered rifles during the Civil War, but the first specially designed sniper rifles for both police and military use came about in the 1970s. The barrels are precisely machined and specially mounted to minimize recoil.
Many Western sniper rifles use NATO standard 7.62-mm cartridges, but models using massive .50-caliber bullets are so powerful they can take out enemy ordnance by sheer force of impact.
One .50-caliber model, the McMillan TAC-50, set the record for longest kill in 2002 when a Canadian corporal shot a Taliban insurgent from a mile and a half away in Afghanistan.
“The advantage is range,” says Wright. “You can fire 2,000 meters plus, more than a mile, and hit a target accurately. … If it hits it’s probably going to kill.”
This is the one of the craziest sniper rifles in the world.
Ed Bradley of 60 Minutes, reports on the power of .50 caliber sniper rifles and the terrorist threat posed by these weapons, with New York City Police Commissioner Ray Kelly.
Laser-guided bombs: First used in Vietnam, these bombs (and some missiles) home in on a laser-illuminated target marked either by the shooter or a third party on the ground. Unpowered bombs use fins to steer themselves to the target; powered missiles use rocket or jet engines.
Laser-guided missiles and bombs were used to great effect during the 2003 invasion of Iraq, offering unparalleled precision at hitting targets; for example, a tank in an alleyway could be destroyed from miles away without hitting the adjacent buildings.
But they do have some drawbacks — they don’t work well, or at all, in heavy dust, fog or smoke.
“The biggest advantage is [not hitting] innocent civilians,” says Wright. “You don’t want collateral damage.
“Let’s say the enemy sets up a position right next to a village,” he explains. “Instead of having to plaster the area with explosives and inadvertently destroy the village or religious site, you can use this to pinpoint and take it out with surgical precision.”
Two F-117’s dropping GBU-24(?) laser guided bombs at Point Bravo, Nevada during the 2007 Air Force Fire Power Demo (Capstone).
The GBU-27 Paveway III (Guided Bomb Unit) is a laser-guided bomb with bunker buster capabilities. It is a GBU-24 Paveway III that has been redesigned to be used by the F-117A Nighthawk stealth ground attack aircraft.
he GBU-27 was used in Operation Desert Storm. It was the weapon used in the February 13, 1991 attack on the Amiriyah shelter, which resulted in the deaths of more than 400 Iraqi civilians. It was also used in a series of strikes on the Muthanna State Enterprise site during February 1991, which the U.S. military identified as the heart of the Iraqi chemical weapons production infrastructure.
The first foreign sale of the GBU-27 was the acquisition by Israel of 500 units equipped with BLU-109 penetrating warheads, authorized in September 2004. (Raas and Long 2006) Delivery of such precision guided weaponry was accelerated at the request of Israel in July 2006, though the exact munition were not specified. Israeli Defense Forces officials state that other precision-guided munitions have been used to attack Hezbollah facilities in the 2006 Israel-Lebanon conflict. However, the bunker busting technology in the GBU-27 could be directed, according Israeli military sources, at Iran or possibly Syria.
