Editing LTLX 7000

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The LTLX 7000 was created to serve as an improvement over the current less-than-lethal armaments employed by law enforcement. A common issue with less-than-lethal munitions is that the kinetic energy is not consistent across ranges: rubber bullets are often powerful enough to kill at close range, and too weak at long range to stop a target. The LTLX 7000 solves this by being capable of delivering the same kinetic energy to a target regardless of range. This is achieved by the use of a complex computer-controlled holographic sight and a patented gas venting system. The range is configured by moving two red dots inside the scope until the bottom dot is at the feet of the target and the top dot is at the top of the head of the target. The computer inside the scope uses this to determine the target's range. When the trigger is pulled, gas is vented from the barrel, with the amount of gas vented being determined by the target's range. The more gas vented, the lower the gas pressure behind the projectile, and the slower the speed of the projectile. The slower the projectile, the lower the kinetic energy expended on the target.<ref name = "ltlx7k firearmsblog">[https://www.thefirearmblog.com/blog/2009/04/06/beretta-ltlx7000-shotgun/ The Firearm Blog article on the LTLX 7000]</ref>

Very little is known about the LTLX7000's development timeline, but it is known that the weapon was in production by 2007, as it was featured in an episode of the TV series 'Future Weapons' filmed that year.

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