Product Overview
The Gateway Parabolic Feathers Kuro Pink 4-inch LW arrow fletchings are designed for precision and versatility in both hunting and target shooting applications. These lightweight fletchings weigh approximately 2.76 grains and measure about 15.5mm at their highest point, providing optimal stability and flight performance. Crafted to work seamlessly with all types of shaft materials, they are suitable for both left and right-handed archers, making them a versatile choice for a wide range of users. Their vibrant Kuro Pink color enhances visibility and adds a stylish touch to your arrows, while the parabolic shape ensures consistent spin and accuracy during flight. These fletchings are available in multiple colors, allowing for customization and easy identification of different arrow sets. The pack includes 50 fletchings, providing ample supply for ongoing shooting sessions or arrow repairs. Designed for durability and consistent performance, they are ideal for serious archers seeking reliable components for their arrow setup. Whether you're customizing your hunting arrows or preparing target arrows for competition, these Gateway Kuro Pink fletchings deliver excellent flight characteristics and visual appeal. They are compatible with various shaft materials and can be used by both novice and experienced archers to improve arrow stability and accuracy. With their lightweight design and parabolic profile, these fletchings offer a balance of speed, stability, and precision, making them a valuable addition to your archery equipment.
Features:
- Lightweight design: Approximately 2.76 grains for optimal flight performance
- Parabolic shape: Ensures consistent spin and accuracy during arrow flight
- Versatile compatibility: Works with all types of shaft materials
- Suitable for both left and right-handed archers: Perfect for a wide range of users
- Vibrant Kuro Pink color: Enhances visibility and aesthetic appeal
- Pack of 50: Provides an ample supply for multiple shooting sessions
- Dimensions: 15.5mm tall at highest point for precise stabilization
