SkyTrak
Everyone wants a lot for a little, and in the world of launch monitors, the market has everything from full R&D-worthy units that cost as much as a nice used car, all the way to small units that simply offer club and ball speed, and make distance estimations for a couple hundred dollars.
For golfers looking to find the sweet spot for price and technology, that’s where the SkyTrak+ fits in. At only $2,995, the SkyTrak+ Launch Monitor combines doppler radar technology with a camera system to offer a full array of data, including clubhead speed, smash factor, club path and face angle, along with the ability to play a huge catalog of world famous golf courses.
The next part of the SkyTrak+’s upgraded package is its proprietary machine-learning algorithms that deliver precision feedback at a level usually reserved for only the highest-end launch monitors. The improved camera system gives highly accurate ball tracking data at impact that can help a golfer’s practice, and as a bonus it improves performance when used outside in natural lighting.
Like any piece of upgraded technology, SkyTrak+ features a new processor for faster visualizations, improved Wi-Fi capabilities for faster and more stable connectivity and USB Type C charging options for rapid charging. And just like other doppler-based launch monitors, there is no need for special golf balls or stickers to get reliable data.
So whether you’re looking for a way to build yourself a home hitting bay, or you want a launch monitor to help you work on your game inside or out, the new SkyTrak+ could be your ticket to more fun and lower scores.
Price and availability
The presale starts today, May 4th, and comes with a price tag of $2,995. Units will begin to ship towards the end of May. Click below to pre-order.
All of our market picks are independently selected and curated by the editorial team.
If you buy a linked product,
GOLF.COM may earn a fee. Pricing may vary.
SkyTrak+ Launch Monitor
$2,995
The new SkyTrak+ brings major advancements in its core technology by adding a dual doppler radar system and proprietary machine learning software.