Cutting Edge Single Feed Lazer-Tipped Bullets .338 Cal .338" 275 gr HP 50/ct

The Cutting Edge Single Feed Lazer-Tipped Bullets .338 Cal .338" 275 gr HP 50/ct are engineered for precision shooters who require extreme long-range performance and uncompromising terminal effects. Designed specifically for the .338 caliber platform, these projectiles are optimized for single-feed operations where magazine length constraints are bypassed to leverage superior aerodynamic profiles. Whether you are engaging targets at distances beyond a mile or pursuing large game in varied terrain, these bullets provide the consistency needed for sub-MOA results. This specialized line exists to bridge the gap between match-grade accuracy and devastating hunting expansion.

Each projectile is precision-machined from lead-free solid copper bar stock using a CNC Swiss-style lathe to ensure perfect concentricity and weight uniformity across every lot. The Cutting Edge Single Feed Lazer-Tipped Bullets .338 Cal .338" 275 gr HP 50/ct feature a high ballistic coefficient tipped hollow point design that significantly reduces drag and maintains flight stability through the transonic phase. The MAX GEN2 geometry is refined to offer maximum flight efficiency and reliable energy transfer upon impact, even at lower velocities associated with extreme distances. Because these are solid copper, they offer exceptional weight retention and deep penetration compared to traditional lead-core bullets.

Professional marksmen and ELR competitors benefit most from the advanced ballistic profile of the Cutting Edge Single Feed Lazer-Tipped Bullets .338 Cal .338" 275 gr HP 50/ct. Due to their extended length and optimized ogive, these bullets are intended for manual loading directly into the chamber of custom bolt-action rifles rather than feeding from a standard magazine. They are highly compatible with high-capacity cartridges like the .338 Lapua Magnum, .338 Edge, or .338 Remington Ultra Mag when loaded for maximum performance. Their lead-free construction also ensures compliance in regions with strict environmental regulations without sacrificing the terminal performance required for heavy-duty applications.