The Easton 5mm FMJ Max Shafts with Half Outs (250 spine) are hunting-ready carbon arrow shafts built for repeatable accuracy and rugged field performance. This 12-pack delivers consistent spine and straightness, plus precise front-end weight with included Half Outs and Microlite nocks.

• Diameter & Length: 0.204 inch (5mm) inner diameter; 32 inches long for a versatile fit across many hunting setups.
• Span & Spine: 250 spine with ACU-Carbon uniform spine and seamless carbon weave for consistent spine throughout each shaft.
• Construction: 5mm carbon core with a 7075 alloy metal jacket; continuous feed process and single die/mandrel tolerances maximize straightness and uniform weight.
• Straightness: +/- 0.001 inch straightness tolerance, backed by Easton’s Five-Point straightness process.
• Finish: OD green diamond plate finish that helps hide wear in field conditions while maintaining durability.
• Weight & Performance: 1.5 GPI average weight savings over previous FMJ models, contributing to better speed, trajectory, and consistency on game.
• Accessories Included: 50 grain steel half outs and 5mm Microlite nocks, ready for quick setup and field use.
• Pack & Availability: 12 shafts per pack; available in sizes 200, 250, 300, 340, 400 to match your bow, draw length, and hunting style.
• Origin: Made in the USA with trusted manufacturing standards for reliability in the field.

Benefits: These FMJ Max shafts are designed to deliver stable, predictable flight with minimal variation across shots, which is crucial when time and conditions vary on a hunt. The combination of a carbon core and alloy jacket provides durability without sacrificing spine consistency, helping you maintain accuracy from stand to long-range stalks. The included Half Outs and Microlite nocks create a balanced front-end setup that supports solid penetration and clean broadhead performance, while the OD green finish keeps you camouflaged in natural environments. Ideal for bowhunters who demand dependable, field-ready arrows that can be tailored to their specific spine and weight preferences.