Axcel Avx-31 Ranger Fiber Optic Ring Pin .010 Green/green

The Axcel Avx-31 Ranger Fiber Optic Ring Pin .010 Green/green is a precision aiming component designed for competitive and tactical shooters who demand sub-minute-of-angle accuracy at extended distances. This fiber optic ring pin system serves as a secondary or primary sight option for compound bows, delivering the bright, daylight-visible acquisition that field archers and 3D competitors require. Built for shooters who refuse to compromise on sight clarity in varying light conditions, this Axcel product addresses the real-world challenge of maintaining repeatable accuracy across dawn, midday, and dusk shooting windows.

The .010-inch pin diameter and dual green fiber optic configuration—green filament paired with green ring—create a tight, distraction-free sight picture with minimal light obstruction. Fiber optic technology absorbs ambient light and channels it through the pin material, producing a self-illuminating aiming point that requires no batteries or adjustment for brightness. The Ranger series architecture integrates a robust ring mechanism that isolates the pin while maintaining zero retention through recoil and vibration typical of hunting and target applications. This .010 specification offers superior precision for longer-range 3D courses and field competitions where micro-adjustments separate competitive placements.

Serious compound shooters—whether competi­tors running 3D tournaments or hunters executing precision-distance shots—will find this pin ideal for bow rigs requiring pinpoint accuracy. The Avx-31 platform integrates seamlessly with standard Axcel sight housings and accepts this pin as a standalone or layered setup within a multi-pin configuration. Installation requires basic archery tool familiarity; the ring pin drops into the sight head and secures via the manufacturer's pin-locking mechanism. For shooters migrating from traditional aperture sights or upgrading from larger pins, the .010 profile delivers the refined sight picture competitive archery demands, particularly in bright outdoor environments where fiber optic brightness becomes a decisive advantage.