Description

Hornady Superformance .260 Remington 129-grain SST polymer-tipped ammunition is engineered to deliver higher velocity and consistent terminal performance for hunters and precision rifle shooters. The Superformance line uses advanced progressive propellants to increase muzzle velocity while maintaining standard charge weights and manageable recoil. This Hornady Superformance load features the 129-grain SST (Super Shock Tip) bullet and is supplied in 20-round boxes for field and range use.

Key Specifications

• The .260 Remington caliber provides a proven trajectory and effective reach for medium-game hunting and long-range shooting scenarios.
• The 129-grain SST polymer-tipped bullet offers controlled expansion and aerodynamic profile for consistent performance downrange.
• The 2930 fps muzzle velocity produces flatter trajectories and reduced wind drift for improved accuracy at extended distances.
• The 2459 ft lbs muzzle energy delivers the ballistic performance expected for medium-game field applications.
• The 0.485 ballistic coefficient helps maintain retained velocity and resistance to wind for more predictable long-range results.
• The brass cases ensure reliable feeding and extraction as well as compatibility with common reloading practices.
• The 20 rounds per box packaging is convenient for hunting trips and extended range sessions.
• The Superformance progressive propellant formulation increases velocity without adding felt recoil or excessive muzzle blast, aiding shooter comfort and follow-up shots.

For hunters and precision shooters seeking a high-performance centerfire option, Hornady Superformance .260 Remington 129-grain SST ammo combines ballistic efficiency and consistent construction for dependable field results. Whether preparing for a hunting trip or practicing long-range skills, this Superformance load offers a balanced mix of velocity, accuracy, and utility.

This is an AI generated description and sometimes AI gets it wrong. Please use due diligence and common sense. If something seems off, it may very well be.