Easton 4mm G Nocks White Small Groove 12 Pk.

The Easton 4mm G Nocks White Small Groove 12 Pk. represents precision-engineered archery components designed for shooters who demand consistency and reliability in every shot. These nocks are engineered to fit Easton "G" UNI bushings and any aftermarket shafts compatible with "G" nock specifications, making them an essential upgrade for serious archers, competition shooters, and hunters who rely on perfectly tuned arrow assemblies. Whether you're fine-tuning a competition rig or maintaining a hunting setup, quality nocks directly impact arrow flight, accuracy, and grouping consistency downrange.

These Easton nocks feature precision molding technology combined with a press-fit design that ensures zero slippage and repeatable bowstring engagement. The 4mm diameter specification matches Easton's "G" standard, delivering a tight, consistent fit that eliminates the play and rotational variance common in loose or worn nocks. The white finish provides high visibility during sorting, transportation, and range sessions, while the small groove design accommodates standard bowstring materials without binding. Each pack contains 12 nocks, providing a complete set for a full dozen competition or hunting arrows—essential for maintaining spare components and ensuring consistent performance across your entire quiver.

These nocks are ideal for archers using Easton GC, FMJ, or other shafts engineered for "G" nock compatibility, as well as third-party aftermarket shafts that accept the same standard. Competitors running precision 3D tournament setups and field archers demanding repeatable arrow flight will benefit most from upgrading worn or damaged nocks. Installation is straightforward—simply press-fit each nock onto the prepared bowstring loop or nocking point, ensuring proper alignment with your shaft's axis. With a lightweight design that adds negligible mass to your setup, the Easton 4mm G Nocks deliver the consistency required for competitive accuracy and ethical, effective hunting performance.