Leica 10×42 Geovid Pro Rangefinder Binocular

Featuring software by Applied Ballistics and onboard sensors for air pressure, temperature, and angle, the Leica 10×42 Geovid Pro Rangefinder Binocular will tell you the precise distance to your target-and much more. The Geovid Pro measures to 3200 yards in three-tenths of a second with half-yard accuracy, but it also provides important hunting data. Using your own or pre-loaded ballistic profiles, the Applied Ballistics software shows correction data required for shots out to 875 yards (3200 yards if you purchase the upgrade to Applied ballistics Elite.) You can also pair with a Kestrel device for precise wind and weather info. Once the shot is made, Leica ProTrack with Basemap integration gives you exact GPS coordinates of where the target was hit, making it much easier to track game.

Optically, the Geovid utilizes Leica’s Perger-Porro prism optical design, which combines the compact form factor of a roof prism with the rich depth of field and limited internal reflective surfaces of a traditional Porro prism. The HDC fully multicoated optical system maximizes light transmission while improving color fidelity and contrast. The 4.2mm exit pupil and 16mm eye relief make for an optic that’s comfortable and easy to use when you’re out on the range or in the field all day.

Leica employs an open-bridge/dual-hinge design that makes the Geovid Pro light and easy to handle without sacrificing strength or stability. Protecting the optics and electronics is a magnesium alloy chassis that is lightweight and durable. The body is wrapped in protective rubber armor that provides a slip-resistant grip. To withstand the rigors of the trail, the optical tubes are nitrogen filled and O-ring sealed to be waterproof, submersible, and resistant to internal fogging when moving through extreme temperatures and environmental conditions.

 

Features

• Applied ballistics system
• Leica protrack gps tracking
• Bluetooth connectivity to smartphone
• 10- to 3200-yard rangefinding
• 0.3 seconds measuring time
• Perger-porro prism configuration
• Hdc multicoated optics
• Open-bridge/dual-hinge configuration
• Magnesium alloy chassis

 

Specifications