Nikon CoolShot Lite Stabilized
Make the perfect shot
Introducing the COOLSHOT LITE STABILIZED, a laser rangefinder that will take your game to the next level.
Thanks to Nikon's STABILIZED technology, you will enjoy an uncompromising, calm, and stable view of the golf course in tense moments. With HYPER READ technology and slope-adjusted measurements, you can explore your shot options without slowing down the game.

The COOLSHOT LITE STABILIZED rangefinder uses innovative technologies from Nikon's photographic products for image stabilization in the viewfinder by suppressing the effects of hand shake and environmental instability. Finding the target is easy – just aim and play.

Built-in HYPER READ technology provides fast and accurate measurements (in about 0.3 s) with comfortable display of measured values on the LCD screen. This allows you to focus more on your next shot without slowing down your game.

When playing for fun, you can turn on the ID (incline/decline) function, which accounts for the slope of the course, critical for uphill and downhill shots. Optionally, the true distance indication is used, signaling compliance with the allowed measurement rules in competitions.
The LOCKED ON function informs you of the distance to the nearest object and helps you aim at the flagstick, not a tree in the background.
Terrain recognition
With single and continuous measurement functions, you can measure precise distances to trees and other obstacles in real time that may be in your way.


Weather resistance
A bit of bad weather never stops the game and certainly won't stop the COOLSHOT LITE STABILIZED. The rain-resistant laser rangefinder can withstand a wide range of conditions.

Lightweight and compact design
The lightweight laser rangefinder is small enough to fit in your pocket and weighs only 170 g. You already have enough weight to carry – and this rangefinder definitely won't add much to it.

Competitions
The LED true distance indicator notifies the competition organizer that you are not using the ID technology mode where slope-corrected measurements are prohibited.
