SIERRA 22(.224)40g HORNET BULLET VARMINTER 100/bx

Hornady Traditional and FMJ bullets are built with a rugged AMP® bullet jacket (Advanced Manufacturing Process) that clearly delivers better performance. The thin-plated full metal jacket offered by other manufacturers is easily distorted and often breaks or separates when the bullet impacts the target. The Hornady AMP bullet jacket features virtually zero tolerance for concentricity and near-zero wall thickness variation, punching through targets without deforming or breaking. RUGGED AMP® BULLET JACKET: Hornady Traditional and FMJ bullets are built with a rugged AMP® bullet jacket (Advanced Manufacturing Process) that clearly delivers better performance. VIRTUALLY ZERO VARIATION: The Hornady AMP bullet jacket features virtually zero tolerance for concentricity and near-zero wall thickness variation, punching through targets without deforming or breaking. This is NOT LOADED ammunition.

For rifles, this bullet was formed with a thin-walled jacket and soft core in the traditional roundnose shape for cartridges such as the 22 Hornet, 22 K-Hornet, or 218 Bee at muzzle velocities in the 2600 to 2900 fps range. The thin jacket and rounded nose of this bullet provides outstanding accuracy and effective expansion on small varmints at these modest velocities. The bullet is ideal for barrels with 1x16” twist rates and muzzle velocities that require a “short” bullet for proper stability. It is also effective in rifles firing medium-capacity cartridges, such as the 222 Remington and 223 Remington, for target and varmint shooting at muzzle velocities up to 3500 fps. For handguns, this bullet with a thin jacket and lots of exposed lead is ideal for all centerfire cartridges in 22 caliber. It will range in expansion from being a varmint bullet at Hornet handgun velocities to an explosive “Blitz” style Varminter at 223 Remington velocities. The bullets with a round nose shape are capable of outstanding accuracy, especially at short to moderate ranges. This is not loaded ammunition.