TTFLY FLETCHING 12PK 31'' Carbon Arrows for Practice & Hunting | Turkey Feather

TTFLY FLETCHING 12-pack 31-inch Carbon Arrows

Meet a versatile set designed for both range practice and beginner-friendly hunting with traditional recurve bows and modern compounds. Each arrow runs a full 31 inches, delivering a balanced feel from the moment you nock up to the moment you release. The combination of carbon construction and bold red/black turkey feather fletching helps create a stable, predictable flight path so you can stay focused on your target and technique rather than the arrow’s wobble.

With a 7.8 mm outer diameter and a 6.2 mm inner diameter, these arrows are built for consistency. The spine rating of 500 and a weight around 33 g per arrow pair with a 100 grain tip give you a practical setup for daily practice and entry-level hunting scenarios. The straightness is checked to an impressive 4/10,000 inch, contributing to reliable groupings and repeatable performance across sessions.

Key specifications

• 31-inch carbon arrows with 7.8 mm outer diameter and 6.2 mm inner diameter
• Spine 500 and weight ~33 g per arrow
• 5-inch red/black turkey feather fletching
• 100 grain point tips
• Straightness verified to 4/10,000 inch

Ideal uses and practical benefits

• Designed for practice and hunting with traditional recurve and modern compound bows
• Durable carbon construction paired with natural feather fletching for stable flight
• 12-pack provides ready-to-shoot arrows for multiple sessions without frequent reloading
• Spine and weight balance tailored to mid-range draw weights for consistent performance

Care, safety, and tips for best results

Always pair these arrows with a bow within the recommended draw weight to protect both bow and arrow. Avoid shooting into concrete or other hard surfaces, which can damage arrow tips and shafts. If the feathers deform during transport, they can be restored with gentle steam to recapture their shape. Regular inspection for straightness and proper nock alignment helps maintain consistent flight over time.