Description
Motion Flex Guide
Newton Golf Shafts are all about the physics. The driver doesn’t know your age, your handicap, or gender. So why should the flexes be defined that way? We kept it simple. Find the Dot (Flex) that best fits your game. Distance made easy.
Free Shipping on All Orders *
14-Day Money-Back Guarantee
Made in the USA
Tour Tested. Tour Played. Tour Performance.
We designed the Motion Driver shaft for every golfer but golfers always ask, “Is it played on tour?” We had the opportunity to test the Motion Shaft on the PGA CHAMPIONS Tour and it had very positive results. One player immediately put it in play that week and finished 1st in Driving Accuracy the first week, hitting 40 of 42 fairways. That same player, finished 3rd in Driving Accuracy the following week hitting 40 of 45 fairways. Overall, he significantly outperformed his driving accuracy percentage using the Newton Motion Driver Shaft.
STRAIGHTER
The elongated bend profiles are core to our design, through our Kinetic Storage Construction, the shaft will Bend over a longer span of the shaft. This adds more speed by allowing for more bend in the carbon fiber. It also provides the sensation that you don’t need to swing it hard because it creates a predictable, less jarring feel. This allows for smoother better timing of your swing and results.
LONGER
The proprietary Kinetic Storage Construction is the engine of the Motion Driver Shaft. The construction allows the fibers to store more energy that are released through the elongated bend allowing for more ball speed.
Most carbon fiber shafts are not symmetrical, there is a strong chance that your shaft is this way. Inconsistencies in flex and inconsistencies in performance (like spin rates) can cause less accuracy and distance. Newton Symmetry360 design
allows for the shaft to flex the same no matter what clocking position the driver is set.
LESS EFFORT
Moving the bend and adjusting the torque (twist) is essential as the flex changes. The Newton Motion driver shaft has a Variable Bend Profile that matches the bend and torque profile of every flex to optimize the driving performance of the player. Golfers with slower swing speeds need more torque, while high club head speeds need the opposite.