SkyTrak ST+ Launch Monitor

The SKYTRAK+ Launch Monitor brings major advancements in its core technology by adding a dual Doppler radar system and proprietary machine-learning software - to offer unmatched accuracy in its class. The radar addition brings club data to the forefront of the experience - giving SKYTRAK users a vital data point for game improvement.

Features-

• Dual Doppler Radar for Club Data Measurement - The new Doppler Radar System delivers useful club data, including Club Head Speed, Smash Factor, Club Path, and Face Angle. Additionally, applying proprietary machine-learning algorithms to that data delivers precision at a level matched only by the highest-end launch monitors on the market.
• Improved Photometric Camera System for More Accuracy - The improved camera system gives golfers highly accurate and reliable ball-tracking data that can power a player’s practice and improvement. The camera system also provides for improved outdoor performance on mats. You can now work on your game at the range.
• New and Improved Shot Optimizer Interface - The new and improved Shot Optimizer lets you view and analyze your club and ball data vs. optimal launch conditions. Our red, yellow, and green scoring system lets you know how close your numbers are to the best players in the world. The new interface also houses informational tutorials from Golf Digest's #22 teacher in the world, NickClearwater.
• New Shot Scoring To Measure Your Progress - The SkyTrak Shot Optimizer feature allows you to determine the expected distance by hitting 20 shots with any club. This data measures subsequent shots and provides a Shot Score, which compares your performance against shots from other players of various skill levels. The Shot Score objectively measures your golfing ability and predicts your expected performance in an 18-hole round.
• Advanced Club Data with SkyTrak+ - The new Doppler Radar System delivers useful club data, including: Club Head Speed, Smash Factor, Club Path and Face Angle. Additionally, applying proprietary machine-learning algorithms to that data delivers precision at a level matched only by the highest end launch monitors on the market.