In the realm of precision shooting, where accuracy and performance stand as paramount virtues, Cutting Edge has introduced a formidable contender: the Lazer line. These high ballistic coefficient (BC) tipped hollow point bullets are meticulously crafted to command respect both on the range and in the field. Engineered for hunters who demand excellence at extended ranges, these projectiles promise not only pinpoint precision but also devastating terminal effects.
Each bullet emerges from lead-free solid copper bar stock, sculpted with exacting care on a CNC Swiss-style lathe. This method ensures unparalleled consistency—Cutting Edge guarantees weight deviations within an astonishing .2 grain for calibers .308 and under, and .4 grain for those exceeding that threshold. Such meticulous attention to detail manifests in unrivaled shot-to-shot uniformity.
The Lazer line's versatility is evident; it performs admirably from point-blank out to distances beyond 1,000 yards. Its reputation as the top Extreme Long Range (ELR) bullet is well-earned among discerning marksmen who understand that true prowess lies in adaptability across varied terrains.
Unlike conventional expanding bullets which mushroom upon impact, the Lazer employs a unique mechanism: after penetrating just one or two inches into its target, three large petals fracture off in a star pattern while maintaining momentum through deeper layers with its robust base. This dual-action design maximizes wound channels without compromising penetration depth—a critical factor when every shot counts.
Designed to expand reliably down to velocities of 1200 feet per second (fps), this projectile remains effective even at lower speeds encountered during long-range engagements. For optimal stabilization and performance accuracy, ensure your rifle features a twist rate of 1:8" or faster.
With Cutting Edge’s Lazer line in your arsenal, you are equipped not merely with ammunition but with assurance—the assurance that each round will perform as promised when faced with any challenge.