EASTON X10

The Easton X10 is the benchmark by which all recurve competition arrows are measured. Widely regarded as the ultimate recurve target shaft, it has earned its place at the pinnacle of the sport through decades of proven performance on the world’s biggest stages. Since its gold-medal debut at the 1996 Olympic Games in Atlanta, the X10 has gone on to be used in winning every Olympic title thereafter, setting a standard that few products in archery history can rival.

Engineered for elite-level accuracy, the X10 combines high-strength, high-modulus carbon fibre with a precision thin-wall 7075 alloy core. This advanced construction delivers an exceptional balance of consistency, durability and refined arrow flight. Each shaft features a custom barreled profile, carefully developed to enhance clearance, improve forgiveness off the fingers and deliver the ideal frequency match for modern recurve bows.

Finished with a polished 9-micron carbon surface and built to exacting tolerances, the X10 is made for archers who demand the highest level of precision from every shot. With weight-coded matching between dozens and components engineered specifically to complement its performance, the Easton X10 remains the definitive choice for serious competition archers. When only the best will do, nothing else comes close.

Key Features

• Ultimate recurve competition shaft trusted at the highest level
• Used to win every Olympic title since its debut in 1996
• High-strength carbon fibre bonded to a precision 7075 alloy core
• Custom barreled design for superior clearance and finger release forgiveness
• Optimised frequency match for modern recurve bows
• Polished 9-micron carbon finish
• Straightness tolerance: ± .001”
• Weight tolerance: ± 0.5 grains per packaged dozen
• Weight coded for precision matching between dozens
• Made in the USA

Additional Notes

• Components are sold separately
• 6-pack boxes are available in 32 inch stock length only
• Due to the barrelled shaft design, listed grains-per-inch is based on an average of a 29 inch shaft
• Shaft weight varies along the profile, with the larger diameter centre section being heavier and the tapered ends being lighter
• One inch cut from the point end typically removes approximately 6 to 7 grains
• Nominal outside diameter is measured at the midpoint of the shaft
• Point end diameter is larger than the nock end
• Recommended maximum point-end cut lengths should be followed for best performance