Product Details
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RANGEMASTER Laser Rangefinder
RANGEMASTER CRF 1600-B
The Rangemaster 1600-B from Leica combines the world-class optics that Leica is known for with a technologically-advanced laser rangefinder. This optical instrument redefines the toolkit of exacting and ethical hunters. The eye safe laser accurately measures distance from 10 to 1600 yards (9.1 to 1500 m) and integrated thermometer/barometer sensors contribute ballistic data for precise and humane shot placement. Regardless of the target, whether shooting uphill or down, in daylight or low light, the Rangemaster has you covered.
High Performance Optics
Leica's optics transmit bright and detailed sighting of targets, even at long distances. The 6.6 degree angle of view makes target identification fast and easy. Lens surfaces are protected by AquaDura hydrophobic coating, which cause moisture and contaminants to bead up or roll off the lens, preserving your view during harsh weather conditions and allowing for easier cleaning of the objective and ocular lens.
Intelligent Ballistics Program
Never before have non-military personnel been able to calculate and apply the important ballistic data so easily and so quickly. In the calculation of the ballistic curve, the newly developed ballistic program integrates data for the angle of declination, temperature and barometric pressure.
- Function 1: When using a classic reticle, the point-of-impact correction is applied by means of an elevation adjustment. The CRF 1600-B displays the distance and the required elevation adjustment in either centimeters or inches. The value displayed relates to the target and shows the required deviation from point blank.
- Function 2: If the point-of-impact correction is applied by click adjustments with rapid reticle adjustment (ASV), the number of clicks required to adjust the reticle can be displayed. Display formats: 1 MOA, 1/3 MOA, 1/4 MOA, 10 mm/100 m, 5 mm/100 m.
- Function 3: When using a ballistic reticle, level terrain distance information is vital for a precise shot. As in all other functions, this information is provided automatically taking into account the angle of declination, temperature and barometric pressure.
