Nosler AccuBond Bullets .270 cal .277" 140 gr SBT-ACB 50/ct

The Nosler AccuBond Bullets .270 cal .277" 140 gr SBT-ACB 50/ct are engineered for hunters and precision marksmen who demand terminal performance without sacrificing long-range ballistics. Designed for the versatile .270 caliber, these 140-grain projectiles bridge the gap between high-velocity impact and deep penetration. Whether you are stalking medium-sized game or refining a precision load for varied terrain, these bullets provide the consistency required for ethical shots at extended distances. They serve as an essential component for handloaders looking to maximize the ballistic potential of their .277" bore rifles.

Utilizing a proprietary bonding process, the Nosler AccuBond Bullets .270 cal .277" 140 gr SBT-ACB 50/ct fuse a proven copper-alloy jacket to a special lead-alloy core to eliminate jacket-core separation. The Spitzer Boat Tail profile enhances aerodynamic efficiency and the ballistic coefficient, ensuring the bullet flies true through crosswinds and maintains velocity downrange. At the base, the Nosler Solid Base design acts as a rigid platform that supports large-diameter mushrooming upon impact for maximum energy transfer. This specialized construction allows for high weight retention and deep penetration while simultaneously minimizing barrel fouling during high-volume shooting sessions.

Professional marksmen and experienced handloaders will find that the Nosler AccuBond Bullets .270 cal .277" 140 gr SBT-ACB 50/ct offer the reliable expansion needed across a wide range of impact velocities. These projectiles are fully compatible with standard .270 caliber cartridges, including .270 Winchester, .270 WSM, and .270 Weatherby Magnum. The 140-grain weight is particularly effective for medium to large game, providing a balanced sectional density that ensures reliable terminal results in the field. For those looking to buy premium reloading components with a proven track record, these bullets represent the pinnacle of bonded-core technology.