Carbon Express D-stroyer Shafts 500 1 Doz.

The Carbon Express D-Stroyer Shafts 500 represent a dual-spine arrow engineered for shooters who demand precision and reliability in high-performance archery. Originally developed for competitive and tactical applications, this dozen-pack delivers the consistency required by hunters, 3D competitors, and field archers who cannot tolerate shot-to-shot variation. Each shaft in this 1-dozen bundle incorporates Carbon Express's proprietary dual-spine technology, which maintains structural integrity through the draw cycle and release, translating directly into tighter groupings and more predictable flight characteristics downrange.

These 500-spine shafts measure 31.5 inches in length and weigh 7.0 grains per inch (GPI), making them suitable for compound bows and crossbows in the mid-to-heavy draw-weight category. The dual-spine construction distributes lateral loads more evenly across the shaft profile, reducing the paradox effect and minimizing deflection at the moment of arrow release. With straightness tolerances of ±0.003 inches and weight tolerance of ±1 grain per shaft, Carbon Express ensures that all 12 arrows in this pack perform identically—critical for shooters zeroing equipment or validating load development. This level of quality control is essential in tactical or precision-hunting scenarios where equipment consistency directly impacts mission success.

The D-Stroyer 500 shafts are ideal for archers running fast compound setups (60–70+ lbs draw weight) or heavier crossbows seeking reduced deflection and improved accuracy. These arrows accept standard field points, broadheads, and specialized tactical inserts without modification, making them compatible with most modern bow platforms. Field testing by tactical archers confirms that the dual-spine design excels in windy conditions and at extended ranges, where traditional single-spine arrows exhibit more erratic behavior. For shooters investing in precision archery equipment, this dozen-pack provides the foundation for accurate zero confirmation and repeatable field performance.