Leica Rangemaster CRF Pro
The most advanced compact laser rangefinder
The Leica Rangemaster CRF Pro stands out as Leica’s most advanced compact rangefinder. The ultimate rangefinder for long-distance shooters, it is also the ideal solution for the most experienced hunters. As the first Rangemaster rangefinder to incorporate Applied Ballistics® software, it offers a range of 2,600 metres and meets the most demanding requirements.
Key benefits
- leading optical quality for unique observation moments and precise target acquisition
- first time in a compact Leica Rangemaster: the advanced Applied Ballistics® software for maximum precision
- extremely precise laser rangefinding from 10 to 2,600 meters, in just 0.3 seconds
- full connectivity to the Leica Ballistics® App
Optical Excellence :
Offering the highest optical quality, the Leica Rangemaster CRF Pro ensures precise, clear target acquisition thanks to rich detail, impeccable sharpness, high contrast and exceptional colour fidelity. Its robust design effectively reduces unwanted reflections and light, guaranteeing perfect vision in all conditions.
Advanced Ballistics Technology: Applied Ballistics Ultralight™
Equipped with Applied Ballistics Ultralight™, the CRF Pro offers extremely accurate measurements and impact point corrections out to 875 yards. Its built-in sensors evaluate environmental parameters such as temperature, atmospheric pressure and angle of fire for accurate calculations. Connectivity to the Leica Ballistics app allows you to use the Leica ProTrack (LPT™) geolocation feature. For example, you will be able to obtain the GPS coordinates of the last point telemetered by your Leica Rangemaster CRF Pro, which is particularly useful for hunters to facilitate the recovery of an animal after shooting.
Ultimate accuracy
The Rangemaster CRF Pro measures distances from 10 to 2,600 meters in just 0.3 seconds, even in the most difficult conditions. The measurement is carried out by interrupting the laser beam’s path, a process that can be carried out on a one-time basis or continuously (scan function).