| Device type | Rangefinders |
| Standard equipment | Neoprene carrying strap, lens and eyepiece caps, Cordura case, battery |
| Magnification | 10 x |
| Lens diameter | 42 mm |
| Output pupil | 4.2 mm |
| Twilight index | 20,5 |
| Field of view at 1,000 m | 114 m |
| Field of view for eyeglass wearers | > 104 m |
| Exit pupil | 16 mm |
| Lens angle of view | 6,45° |
| Close focus | approx. 5 m |
| Adjustable eye distance | 56 to 74 mm |
| Light transmission | 91% |
| Diopter compensation | ±4 dpt. |
| Eyepiece for spectacle wearers | yes |
| Eyelets | yes, with rotatable, removable, 4-notch sliding sleeve |
| Lens coating | HDC® multilayer, AquaDura® layer |
| Prism system | Perger-Porro system |
Distance measurement |
|
| Range | 10 up to approx. 2,950 m |
| Equivalent horizontal distance (EHR) | 10 up to approx. 2.950 m |
| Display Ballistic measurement with Applied Ballistics® Elite | max. 2.950 m |
| Accuracy |
± 0.5 m at 10 – 200 m ± 1.0 m at 200 – 400 m ± 0.5% over 400 m |
| Time measurement | up to approx. 0.3 sec. |
| Measurement functions | Scan mode, single measurement |
| Laser | Invisible and harmless to the eyes, |
| EN and FDA Class 1 compliant | |
| Laser beam divergence | 1.8 x 0.8 mrad |
Features |
|
| Display | 4-digit LED, variable intensity depending on ambient conditions |
| Meter/yard switch | yes |
| Ballistic function | yes |
| Integrated lateral correction | yes |
| Horizontal equivalence” display | yes |
| Units” display | yes |
| for elevation and lateral correction | |
| Click correction” display for elevation and lateral correction | yes |
| Holdover” display for elevation and lateral correction | yes |
| Shot Probability Analysis” display | yes |
| Bluetooth® interface | yes |
| Connection to Leica Ballistics application | yes |
| Use of customized profiles ballistic profiles | yes |
| Ability to upgrade to Applied Ballistics® Elite | yes |
| BaseMap® | yes |
| Kestrel® / Garmin® connection | yes |
| GPS Guide-LPTTM (Leica ProTrack) | yes |
| Air pressure sensor | yes |
| Temperature sensor | yes |
| Temperature measurement | yes |
| Angle sensor | yes |
| Compass | yes |
| Power supply | 1 x 3 V / Lithium CR2 button cell battery |
| Autonomy | approx. 2,000 measurements at 20 °C |
| Focus | Internal focusing via central axis |
| Water-resistance | Waterproof to a depth of 5m |
| Body | Magnesium, nitrogen injection |
| Dimensions (W x H x D) | 125 x 174 x 70 mm |
| Weight | approx. 970 g (without battery) |
Leica Geovid Pro 10×42 AB+
Highest optical quality combined with innovative technology
Leica Geovid Pro 10×42 AB+ rangefinder binoculars
A true concentrate of technology and innovation, Leica Geovid Pro 10×42 AB+ rangefinder binoculars display ballistic correction values up to maximum range. The integrated calculator gives the measured distance and probability of impact. With a range of 2950 meters, an integrated Applied Ballistics® Elite ballistic calculation program, and top-quality optics offering the highest levels of detail, sharpness, contrast and color fidelity, Leica Geovid Pro 10×42 AB+ rangefinder binoculars are the perfect accessory for long range shooters and hunters.
NEW: thanks to close collaboration between Leica and Applied Ballistics® ballistic software specialists, Leica Geovid Pro 10×42 AB+ are the world’s first rangefinder binoculars to feature impact probability analysis technology. This function displays the probability of impact based on ambient parameters.
Key benefits :
- Very high optical quality.
- Extremely accurate rangefinder up to 2950 meters.
- Ultimate ballistic functionality with Applied Ballistics®.
- World’s first rangefinder binoculars with impact probability analysis technology.
- Robust, versatile, easy to use and fast.
Impact probability analysis
A first for a rangefinder binocular, the Leica Geovid Pro 10×42 AB+ features impact probability calculation technology. This technological revolution is the result of an unprecedented cooperation between Leica and Applied Ballistics®, the world leader in ballistics software. The calculation takes into account factors such as distance, wind speed, weapon accuracy and projectile velocity at muzzle exit. The result of the shot probability analysis appears as a percentage in the field of vision. This enables the shooter to decide quickly and safely whether to shoot, or whether to further improve shooting conditions.
