Sierra Pro-Hunter Rifle Bullets .30 cal .308" 150 gr FN 100/ct

Sierra Pro-Hunter Rifle Bullets in .30 caliber .308" diameter, 150 grain with flat nose (FN) design deliver the accuracy and penetration demanded by precision rifle shooters and hunters. This box contains 100 rounds of Sierra ammunition components engineered for consistent performance across centerfire rifle applications. The flat base design—a signature of Sierra's manufacturing approach—establishes a reference point for competitive shooters who demand tight grouping and predictable trajectories downrange.

The 150-grain .308 projectile features a tapered jacket that promotes controlled expansion upon impact while maximizing weight retention—critical for deep, reliable penetration through game or barrier materials. Sierra's manufacturing tolerances ensure bullet-to-bullet consistency, which directly translates to tighter velocity spreads and more predictable ballistic performance. The flat nose profile reduces the risk of tip deformation in magazine storage and feed systems, particularly important for lever-action and semi-automatic platforms. At 2.19 lbs per 100-count box, these rounds maintain density suitable for both field logistics and ammunition storage.

Serious .308 handloaders and rifle ammunition builders rely on Sierra Pro-Hunter bullets for medium-game hunting, mid-range target work, and general rifle training. The 150-grain weight in the .308 bore diameter strikes a balance between velocity and energy retention, making it suitable for .308 Winchester, .30-06 Springfield, and similar cartridges. Competitive shooters favor this design for its repeatability, while hunters appreciate the terminal performance characteristics and jacket integrity under field conditions.

Sierra maintains a long-established presence in the reloading and ammunition components market, with Pro-Hunter bullets representing the midpoint between economy and match-grade offerings. This positioning makes these rounds accessible for volume shooting and hunting applications without the premium cost of target-specific designs.