Easton Procomp Target Shafts 880 1 Doz.

The Easton Procomp Target Shafts 880 1 Doz. represents a professional-grade arrow solution engineered for competitive and training archers who demand precision, consistency, and durability. Built by Easton—a name synonymous with archery excellence across Olympic, tactical, and hunting disciplines—these shafts deliver the spine consistency and straightness tolerances required for repeatable accuracy at distance. Whether you're preparing for 3D competitions, honing field skills, or conducting rigorous performance testing, this one-dozen bundle provides the volume needed for serious practice while maintaining the quality standards expected in regulated archery events.

The 880 spine designation identifies these shafts as a mid-weight option suitable for compound bows in the mid-to-upper draw-weight range, offering excellent kinetic energy transfer and trajectory stability. Easton's Procomp line incorporates advanced straightness specifications—typically held to ±.006" tolerance—and uniform wall thickness that minimizes lateral deflection during the shot cycle. The shaft construction ensures consistent arrow flight characteristics across the entire dozen, a critical factor that separates competition-grade arrows from recreational equipment. This consistency directly translates to tighter groupings and more reliable data for tuning and ballistic assessment.

Competitive archers, law enforcement and military precision shooters who cross-train with archery, and serious recreational marksmen benefit most from Procomp Target Shafts. The one-dozen quantity allows for comprehensive testing protocols, match preparation without inventory concerns, and the redundancy required for high-volume training sessions. These shafts integrate seamlessly with standard broadheads, field points, and fletching systems, making them a versatile platform for both target and hunting configurations. Storage in a cool, dry environment preserves shaft integrity and maintains performance characteristics indefinitely.