TenPoint EVO-X CenterPunch16 Premium Carbon Crossbow Arrows (6-Pack)

Meet the TenPoint EVO-X CenterPunch16 Premium Carbon Crossbow Arrows, a purpose-built 6-pack designed to pair with TenPoint setups for consistent field performance. Built from modulus carbon fiber at 33 MSI and wrapped in an exclusive LAZER-TECH carbon weave, these arrows are engineered for stiffness, durability, and reliable flight path from the moment you load them on the string. The CenterPunch16 edition arrives fletched with a slight offset using 2.1" Q2i Fusion-II Vanes, selected to help maintain stable tracking as you draw and release.

Construction and Balance

• Modulus carbon fiber at 33 MSI paired with LAZER-TECH weave delivers a rigid, predictable flight impulse you can feel in the hand and hear on impact.
• 2.1" Q2i Fusion-II Vanes are slightly offset to support steadier flight and tracking when shot from compatible crossbows.

Precision and Tolerances

• Arrows are inspected for straightness to within .001 inches and weight-matched to within 1 grain per arrow for consistent flight groups.
• A brass insert adds front-weight, driving a 17.5% FOC (front-of-center) to improve balance and down-range behavior.

Nock Design and Engagement

• The Alpha-Nock HP features a deep groove and a large smooth-radius base to secure the bowstring and help prevent misalignment.
• 28% increased string-to-nock engagement supports straight nock travel and reduces wear on the string serving during repeated shots.

Penetration and Field Readiness

• Weighing 400 grains and 16 inches long, CenterPunch16 arrows are tuned for solid penetration and reliable performance on big game targets.

In real-world use, these design choices translate to improved stability, balance, and penetration potential across hunting scenarios. The combination of material science, precision tolerances, and thoughtful nock and vane design aims to offer dependable performance without promising guarantees, recognizing that results can vary with bow setup, draw weight, and field conditions.