Armscor 22lr High Velocity Copper Plated Hollow Point 36gr 50/5000

The Armscor 22lr High Velocity Copper Plated Hollow Point 36gr ammunition delivers reliable performance for tactical training, pest control, and sport shooting applications. Designed for operators who demand consistent accuracy and proven terminal ballistics, this 50-round box offers cost-effective practice and duty-grade reliability in one of the most versatile rimfire cartridges available. Whether you're conducting low-signature training drills, maintaining marksmanship skills, or deploying in field conditions where reduced noise and report matter, high-velocity 22 Long Rifle rounds remain a staple in professional and recreational arsenals.

This load features a copper-plated hollow-point projectile at 36 grains, engineered to maximize energy transfer and controlled expansion on impact. High-velocity loading boosts muzzle velocity beyond standard-velocity alternatives, improving ballistic coefficient and reducing wind drift over distance—critical factors in precision applications. The hollow-point design ensures consistent upset characteristics on soft targets while maintaining structural integrity through heavy clothing or intermediate barriers. Armscor's manufacturing processes deliver tight velocity spreads and reliable ignition, qualities that professional operators and competition shooters have validated across decades of field use.

Law enforcement trainers, tactical shooters, and hunters benefit most from high-velocity hollow-point 22 ammunition when conducting low-cost qualification courses, noise-sensitive operations, or small-game harvesting. The 50-round quantity per box suits both range day logistics and duty-load cycling, reducing packaging waste while maintaining ammunition shelf life. This cartridge cycles reliably through all standard 22 rifles and pistols—from classic platforms like the Ruger 10/22 and Mark series to modern tactical configurations—making it a versatile addition to any professional or recreational shooting program.