Easton 6.5mm Microlite Super Nocks Emerald 12 Pk.

The Easton 6.5mm Microlite Super Nocks Emerald 12 Pk. represents precision-engineered archery components designed for competitive shooters, tactical archers, and field professionals who demand consistency in every shot. These nocks are engineered to deliver repeatable performance in high-volume shooting scenarios, whether for competition, training, or operational use. The Super Nock design has become an industry standard for archers seeking reliability without compromising arrow flight dynamics or durability under demanding conditions.

These Microlite nocks are precision molded to exacting tolerances, ensuring a secure fit with most .244" diameter shafts commonly found in tactical and competitive archery platforms. Each nock weighs 7.5 grains, a specification critical for maintaining arrow spine consistency and kinetic energy retention downrange. The emerald color variant offers high visibility in field conditions while the molded construction eliminates the inconsistencies found in traditional wrap-style nocks, delivering shot-to-shot repeatability that experienced archers rely on when accuracy matters most. The reduced weight profile of the Microlite version minimizes rotational inertia and improves arrow acceleration without sacrificing structural integrity during the draw and release cycle.

This 12-pack format is ideal for active shooters maintaining multiple arrow sets or conducting extended training sessions where nock replacement is routine. Archers running compound or recurve setups with standard .244" shafts—including most aluminum and carbon hunting arrows—will find immediate compatibility without modification. Law enforcement and military archers, along with 3D and tournament competitors, benefit from the consistency these nocks provide across extended shooting sessions. Installation is straightforward: simply press-fit the nock onto the shaft nocking point, and the precision molded design ensures proper engagement with your bowstring for repeatable arrow positioning.