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The 9×25mm Dillon is a pistol wildcat cartridge developed for use in USPSA/IPSC Open guns. The cartridge is made by necking down (reducing the diameter of the "neck" of the case to suit a new caliber) [ clarification needed ] a 10mm Auto case to 9 mm .
There are limitations on the use of such caliber conversion sleeves. For example, the .303 British 174gr round normally exits the rifle muzzle at a velocity of approximately 2440 ft/s. When firing the 71 gr 32 ACP in the caliber conversion sleeve in such a rifle, the 32 ACP round will exit the muzzle at a velocity of only around 1100 ft/s.
A caliber conversion device is a device which can be used to non-permanently alter a firearm to allow it to fire a different cartridge than the one it was originally designed to fire. The different cartridge must be smaller in some dimensions than the original design cartridge, and since smaller cartridges are usually cheaper, the device allows ...
Conversion from fully automatic or select fire to semiautomatic only or manual operation, or vice versa; Short recoil to blowback conversions, used in various .22 Long Rifle conversions, such as the Colt Ace and J. A. Ceiner conversion kits. [2] Conversion from handgun to carbine or rifle [3]
The rifle is compatible with Desert Tech caliber conversion kits that allow the rifle to change caliber. [8] [2] This provides a unique feature in which the rifle chassis can accept both intermediate cartridges and full-powered rifle cartridges on the same serial number platform (such as 5.56×45mm NATO and 7.62×51mm NATO magazines).
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The 160th SOAR were impressed by the delinker's performance and began ordering them by 1997. This prompted Dillon to improve other design aspects including the bolt, housing and barrel. Between 1997 and 2001, Dillon Aero was producing 25–30 products a year. In 2001, it was working on a new bolt design that increased performance and service life.
Straight-pull rifles differ from conventional bolt action mechanisms in that the manipulation required from the user in order to chamber and extract a cartridge predominantly consists of a linear motion only, as opposed to a traditional turn-bolt action where the user has to manually rotate the bolt for chambering and primary extraction.