Gold Tip Pierce Lrt Arrows 340 2.75 In. 4 Fletch 6 Pk.

The Gold Tip Pierce LRT Arrows 340 2.75 In. 4 Fletch 6 Pk. represents the cutting edge of long-range tactical hunting arrow design, purpose-built for serious bowhunters and field professionals who demand precision at extended distances. These arrows are engineered for hunters who refuse to compromise on accuracy, penetration, or consistency—whether you're executing precision shots at 60 yards or pushing effective range beyond conventional standards. The Pierce LRT platform has earned trust across both competitive and professional hunting circles for its reliability under demanding field conditions.

Built on Gold Tip's proven Pierce shaft with tighter manufacturing tolerances and refined component integration, the Pierce LRT combines a micro-diameter design that significantly reduces wind drift while improving penetration on game at distance. The 340 spine rating delivers optimal arrow dynamics for compound bows in the 60–75 lb draw weight range, ensuring consistent arrow flight and energy transfer. The 2.75-inch fletch configuration with four-fletch setup provides superior arrow stabilization without excessive drag, critical for maintaining velocity and accuracy beyond 50 yards where conventional three-fletch designs begin to show wind sensitivity. The one-piece component system eliminates tolerance stacking between shaft, point, and fletching interface, delivering repeatability shot to shot.

This six-pack is ideal for serious bowhunters preparing for elk, deer, or strategic field applications where extended-range performance directly impacts mission success. Competitive 3D archers also favor this configuration for tournaments requiring consistent performance across varied distance targets. Installation is straightforward—the one-piece design minimizes assembly complexity, allowing field tuning and maintenance without specialized tools. Verify your bow's draw weight and draw length fall within the 340-spine compatibility window (typically 60–75 lbs) to maximize performance and safety.