Easton 5MM Axis Match Grade Pro Series Arrow Shafts

In stock
Item Number
20-20001
As low as $204.99
Easton 5MM Axis Match Grade Pro Series arrows provide deep penetration, unmatched accuracy, and improved long-range performance with a straightness tolerance of (+/-) .001".
Easton 5MM Axis Match Grade Pro Series arrow shaft with small diameter for improved accuracy and deep penetration.
Easton 5MM Axis Match Grade Pro Series arrow shaft with small diameter for improved accuracy and deep penetration.

Easton 5MM Axis Match Grade Pro Series Arrow Shafts

The Easton 5MM Axis Match Grade Pro Series Arrow Shafts deliver outstanding deep penetration and superior accuracy with a straightness tolerance of (+/-) .001”. These small diameter arrows offer excellent kinetic energy retention, enhanced long-range accuracy, and reduced wind drift, making them the ideal choice for serious hunters and competitive archers alike.

Key Features:

  • Match Grade Precision: With a straightness tolerance of (+/-) .001”, these arrows offer exceptional consistency and accuracy.
  • Small Diameter Design: The 5mm diameter reduces wind drift, increases kinetic energy at impact, and delivers deep penetration for better performance on big game.
  • Enhanced Accuracy: The smaller diameter ensures more consistent arrow flight, even in challenging conditions.
  • X HIT Inserts: Includes X HIT 8-32 inserts for improved front-of-center (FOC) weight distribution, enhancing arrow stability and penetration.
  • Pre-installed X Nocks: For superior arrow release and consistent accuracy.
  • High-Strength Carbon Fiber: Built with Easton’s high-strength carbon-composite fibers for exceptional durability and long-lasting performance.

Specifications:

  • Straightness: (+/-) .001”
  • Inserts: X HIT 8-32 inserts included (Brass Break-off inserts sold separately, available in 50 or 75 grains)
  • Arrow Shaft Length: 32”

Upgrade your shooting experience with the Easton 5MM Axis Match Grade Pro Series Arrow Shafts, designed for unmatched precision, consistency, and performance in any environment.