AXCEL Driver Plus Pro Dual-Pin Bow Sight

Tough, compact, and lightweight, the feature-packed AXCEL Driver Plus Pro Dual-Pin Bow Sight lets bowhunters quickly dial in precise, accurate targeting in the field. AXCEL's lightest slider sight, the Driver Plus Pro features an easy-to-use Elevation Wheel with an easy-grip rubber tread that effectively dials in long yardages just with a quick 1/2 turn or less. This easy-to-operate elevation adjustment also features a trustworthy, front-to-back lock to hold the sight securely without affecting the sight's left and right accuracy. Easy-to-use design features a windage knob on the other side of the sight from the elevation wheel for easier windage adjustment. Micro-adjustable pointers make it easy to monitor distances on the laser-engraved metal sight tapes as you dial in. A great sight for moving targets, the Driver Plus Pro Dual-Pin features two .019" pins in a single blade to give you a quick-reference second aiming point without adding anything more in your sightline. The sight's optimized dovetail bar mount offers extended windage travel and superior strength. Micro-adjustable 1st- and 2nd axis adjustment and 2-screw 3rd axis adjustment helps you set up this sight with precision for greater accuracy on those long-range shots. Rheostat for clear pin visibility in any lighting. Sturdy, compact, and lightweight slider bow sight from AXCEL AXCEL's lightest slider sight Easy-to-use Elevation Wheel with an easy-grip rubber tread Fast adjustment - dials in long yardages just with a quick 1/2 turn or less Trustworthy elevation lock - holds setting without affecting the sight's left and right accuracy Easy windage adjustment on other side of sight from Elevation Wheel Optimized dovetail bar - extended windage travel Micro-adjustable pointers Laser-engraved metal sight tapes - adjustable Two .019" pins in a single blade - fast second-reference aiming point without added clutter in your sightline Micro-adjustable 1st- and 2nd axis adjustment and 2-screw 3rd axis adjustment - precise long-range accuracy