Hornady Superformance 270 Winchester 130gr CX 20 Rounds

Experience superior performance in the field with the Hornady 80524 Superformance 270 Win 130gr CX ammunition. Designed for hunters seeking maximum velocity and reliable terminal performance, this premium load combines Hornady's innovative Superformance technology with the advanced CX copper alloy expanding bullet to deliver exceptional results on medium to large game. Key Features and Benefits Superformance Technology: Achieves up to 200 fps higher muzzle velocity than standard loads without increased chamber pressure, recoil, or fouling, allowing for flatter trajectories and improved long-range accuracy. CX Copper Alloy Bullet: The monolithic 130-grain CX projectile provides uniform expansion, deep penetration, and 95%+ weight retention for devastating terminal performance and ethical harvests. High Velocity Performance: Muzzle velocity of 3190 fps generates approximately 2937 ft-lbs of energy, ensuring reliable expansion even at extended ranges. Brass Case Construction: Premium brass cases ensure consistent ignition, smooth feeding, and reloadability for dedicated shooters. Why Choose Hornady Superformance CX Ammo Hunters often face challenges with inconsistent expansion or insufficient velocity at distance. The Hornady 80524 addresses these issues with its lead-free copper construction and polymer tip design that initiates rapid yet controlled expansion. This results in larger wound channels while maintaining structural integrity for deep penetration on tough game like deer, elk, or similar species. The 20-round box provides reliable, match-grade consistency for both range practice and critical hunting situations. Technical Specifications Caliber: 270 Winchester Bullet Weight: 130 grains Bullet Type: CX Copper Alloy eXpanding Muzzle Velocity: 3190 fps Case Material: Brass Rounds per Box: 20 Application: Medium to large game hunting Ideal for precision rifle enthusiasts and big-game hunters, this ammunition maximizes the potential of your .270 Win rifle while prioritizing accuracy and terminal effectiveness.