WEATHERBY N270150PT SELECT PLUS 270 WBY MAG 150 GRAIN NOSLER SPITZER PARTITION 20 RNDS

ALL AMMUNITION SHIPS ADULT SIGNATURE REQUIRED.

Weatherby Select Plus 270 Weatherby Magnum ammunition delivers exceptional long range performance with 150 grain Nosler Partition bullets engineered for deep penetration and reliable expansion on big game.

Key Features

• Caliber: 270 Weatherby Magnum
• Bullet weight: 150 grain
• Bullet type: Nosler Spitzer Partition
• Muzzle velocity: 3245 feet per second
• Muzzle energy: 3507 foot pounds
• Bullet diameter: .277 inches
• Brass casing
• Boxer primed
• Reloadable
• Rounds per box: 20

Special Features

• Nosler Partition dual core design features a front section engineered for rapid expansion and a rear section that retains over two thirds of the bullet weight for deep penetration
• Internal partition wall prevents complete fragmentation while allowing controlled mushrooming of the front core
• Tapered copper alloy jacket starts thin at the tip and gradually thickens toward the base for consistent expansion across a wide range of velocities
• Spitzer profile with boat tail base delivers excellent ballistic coefficient for flat trajectory
• Premium Weatherby brass and powders ensure consistent velocity and accuracy

Practical Benefits

• Ideal for elk, mule deer, caribou, moose, and other medium to large game at extended ranges
• Magnum velocity creates exceptionally flat trajectory for precise shot placement beyond 300 yards
• Controlled expansion and deep penetration provide clean kills on heavy bodied game
• Dual core design ensures the bullet maintains adequate weight retention even on heavy bone impacts
• Performs effectively across a wide range of impact velocities from close range to 400 yards
• Proven performance on big game around the world for over seven decades
• Reloadable brass casings add value for handloaders

The Weatherby Select Plus 270 Weatherby Magnum 150 grain Nosler Partition is an excellent choice for hunters pursuing large game in open country where long range precision and terminal performance are essential.