Tenpoint Centerpunch HPX Alpha Blaze Carbon Arrows 20" Lighted Nocks - 36pk
$1,164.23
$1,358.27
TenPoint
Tenpoint Centerpunch HPX Carbon Arrows 20" Alpha Nock - 36pk
TenPoint
$599.75
$699.71
(You save
$99.96
)
(No reviews yet)
Write a Review
TenPoint
Tenpoint Centerpunch HPX Carbon Arrows 20" Alpha Nock - 36pk
The TenPoint CenterPunch HPX arrow is a 20-inch, 445-grain arrow with a high Front-of-Center (FOC) percentage, meticulously crafted for top-notch accuracy. It is rigorously inspected for straightness and each pack is weight-matched to ensure consistency. The arrow boasts a robust construction with a unidirectional carbon core and a woven outer layer. It's equipped with the advanced Alpha-Nock HPX, designed for a secure connection to the crossbow, enhancing accuracy and reducing string wear.
Features:Nock: Alpha-Nock HPX with retention groove and HP Aluminum Bushing;Length: 20 inches;Weight: 445 grains (+/-1 grain per arrow);Vane: 3-inch Bohning X;Front of Center: 15.5%;Insert Weight: 87-grain brass insert;Straightness: Inspected to within .001 inch;Construction: Unidirectional carbon inner layer for stiffness; woven carbon fiber outer layer for impact strength;Crossbow Compatibility: Compatible with all TenPoint & Wicked Ridge Crossbows;Spine-aligned to the odd color vane for maximum accuracy;Nock design minimizes string wear and enhances string engagement;Designed to optimize down-range accuracy and minimize serving wear
Features:Nock: Alpha-Nock HPX with retention groove and HP Aluminum Bushing;Length: 20 inches;Weight: 445 grains (+/-1 grain per arrow);Vane: 3-inch Bohning X;Front of Center: 15.5%;Insert Weight: 87-grain brass insert;Straightness: Inspected to within .001 inch;Construction: Unidirectional carbon inner layer for stiffness; woven carbon fiber outer layer for impact strength;Crossbow Compatibility: Compatible with all TenPoint & Wicked Ridge Crossbows;Spine-aligned to the odd color vane for maximum accuracy;Nock design minimizes string wear and enhances string engagement;Designed to optimize down-range accuracy and minimize serving wear
