Bushnell Prime 1300 Laser Rangefinder 6x24mm Black LRF

The Bushnell Prime 1300 Laser Rangefinder 6x24mm Black delivers advanced optical performance for hunters and precision shooters who demand accuracy at distance. This all-glass optical system combines 2x brighter viewing capability with an enhanced LCD display, extending visibility in low-light conditions when hunting success depends on clear target acquisition. The 6x magnification and 24mm objective lens provide the optical depth required for accurate distance measurement across varied terrain and vegetation.

Built specifically for bowhunters, the Prime 1300 incorporates Bushnell's ARC (Angle Range Compensation) technology, which automatically adjusts distance readings to account for uphill and downhill shooting angles. This feature eliminates the guesswork when shooting from tree stands or elevated positions—a critical advantage in bowhunting scenarios where angle-induced trajectory changes can mean the difference between a clean hit and a miss. The compact 5.33 x 3 x 5.33-inch footprint and lightweight 0.75 lb design make it easy to carry in a pack or mount to a bow without adding unnecessary weight.

This rangefinder suits bowhunters pursuing whitetail, elk, and other game where precise distance calculation directly impacts shot placement. The improved light transmission reduces image degradation at distance, improving your ability to range targets during dawn and dusk hours when game activity peaks. Whether scouting from high ground or ranging targets during competition 3D shoots, the Prime 1300 delivers the optical clarity and functional accuracy archers expect from a dedicated rangefinding tool.

Bushnell's rangefinder lineup represents a trusted standard for hunters integrating optics into their field setup. The Prime 1300 bridges the gap between budget-conscious shooters and those investing in premium glass, offering verified ARC functionality without premium pricing. Its proven optical design makes it a reliable choice for bowhunters upgrading from mechanical distance estimation.