Nikon COOLSHOT 20i GII Golf Rangefinder | Rainproof laser rangefinder with slope, bright 6x monocular | Official Nikon USA Model

The Top-Selling Nikon COOLSHOT 20 compact golf laser rangefinder has been re-born for 2019, and in a Slope version. The COOLSHOT 20i GII golf laser rangefinder provides incredibly fast, accurate "play-as" distance measurements for every shot—even those involving elevation changes. Featuring Nikon’s patented ID Technology for stress-free club selection when facing a shot with elevation change, COOLSHOT 20i GII eliminates second-guessing on how far uphill or downhill a shot will play. Industry Leading 5-year .

• THE NEXT GENERATION OF THE TOP-SELLING COOLSHOT 20, NOW WITH SLOPE AND WITH INCREASED RANGE AND SUPERIOR ACCURACY: Range of 6-800 yards, displaying in 1-yard increments and accurate to 1-yard (under 100 yards), and 2-yard (over 100 yards). Yard/Meter
• DUAL DISPLAY - SLOPE ADJUSTED (PLAY-AS), AND STRAIGHT LINE DISTANCES. Incredibly fast, accurate distance measurements for every shot— even those involving slope. Featuring Nikon’s ID Technology for stress-free club selection for a shot w/elevation change.
• COOLSHOT 20i GII eliminates second-guessing on how far uphill or downhill a shot will play. With so many unforgiving elements on a golf course, don’t let elevation change be one of them.
• ENGINEERED AND BACKED BY NIKON – A 100 YEAR OLD OPTICS AND TECHNOLOGY LEADER. Industry Leading 5-year . Rainproof (IPx4).
• NIKON OPTICS FOR BOTH THE VIEWER AND THE LASER. Nikon quality 6x optical monocular with multilayer coating for bright, clear images. Eyepiece Focus Diopter to focus to your own exact vision. Long Eye Relief (20mm) for use with sunglasses or eyeglasses.
• ADVANCED PIN IDENTIFICATION AND QUICK MULTI-TARGET MAPPING – Single or Continuous measurement (up to 8 seconds) allows for quick, easy measurements to multiple targets, without the wait for a secondary indicator, such as a vibration or LED.
• FIRST TARGET PRIORITY automatically displays the range to the first/nearest target among the multiple measurements obtained. This assures that the measurement shown is the pin, and not any objects in the background.