Product Overview
The Victory 3DHV Gamer Shafts 400 are engineered for high-performance archery, offering a blend of durability and lightweight precision. Crafted from high modulus carbon fiber, these shafts deliver consistent flight and increased accuracy for target shooters and competitive archers alike. Each shaft includes AAE nocks and nock bushings, ensuring compatibility and ease of setup for a seamless shooting experience. Designed with the serious archer in mind, these shafts are suitable for various bow setups and provide reliable performance during intense practice sessions or competitions.
Constructed with safety considerations, Victory incorporates materials compliant with Prop 65 standards, including carbon black, which necessitates awareness of potential airborne particles. The shafts are available in multiple sizes, with the 400 size offering an optimal balance of weight and speed. These shafts are lightweight yet durable, making them ideal for competitive use or serious recreational archery. The pack contains 12 shafts, providing ample supply for practice or tournament use, and is suitable for archers seeking dependable, high-quality arrow components.
Whether you're upgrading your existing gear or building a custom arrow setup, the Victory 3DHV Gamer Shafts 400 provide the performance and reliability needed to excel. Their precision-engineered design ensures consistent arrow flight, helping you achieve tight groupings and improved scores. With their high-performance features and thoughtful construction, these shafts are an excellent choice for archers committed to excellence and consistency in their shooting.
Features:
- High modulus carbon fiber construction for durability and lightweight performance
- Includes AAE nocks and nock bushings for easy setup and compatibility
- Available in size 400 for an optimal balance of speed and weight
- Designed to meet Prop 65 safety standards, with awareness of chemical considerations
- Pack of 12 shafts suitable for practice, competition, and custom arrow building
