Axcel Avx-41 Fiber Optic Ring Pin .019 Yellow

The Axcel AVX-41 Fiber Optic Ring Pin .019 Yellow is a precision aiming component designed for competitive shooters and hunters who demand accuracy and fast target acquisition. As a mechanic accustomed to tight tolerances and repeatable performance, you'll appreciate this component's role in delivering consistent sight picture under field conditions. This fiber optic ring pin serves as the primary reference point in your sight picture, translating minute adjustments into measurable downrange accuracy. Whether you're fine-tuning a competition rig or optimizing a hunting setup, this component is engineered for shooters who refuse compromises on sight alignment reliability.

The .019-inch diameter specification provides a balance between light gathering and precision, allowing the yellow fiber optic material to channel ambient light directly into your aiming eye with minimal distortion. Fiber optic technology eliminates the reliance on battery-powered illumination, making it inherently reliable in variable lighting—dawn, dusk, or overcast conditions. The tight .019 tolerance ensures this ring pin integrates seamlessly with Axcel AVX-41 sight housings, maintaining the optical clarity and zero retention that compound shooters depend on. The yellow wavelength is optimized for contrast against natural backgrounds, reducing eye fatigue during extended shooting sessions and improving your ability to detect minute sight movement during tuning or competition.

Competitive archers and serious hunters using Axcel AVX-41 sight platforms benefit most from this component's precision engineering and light-transmission reliability. Installation requires alignment with the sight's pin housing—a straightforward process that demands careful handling to maintain the fiber optic integrity. This ring pin is compatible exclusively with AVX-41 sight models; verify your platform before purchasing. The minimal 0.06-pound weight contributes zero detectable impact to bow balance, keeping your rig optimized for accuracy rather than mass manipulation.