Callaway Elyte Triple Diamond Tour Draw Driver 2025 - RIGHT - TEN 1K BLK 65X - 9.0 - Golf Clubs

The Elyte Triple Diamond Tour Draw Driver features the same specifications and compact, tour-proven shape as the standard Triple Diamond model but with slightly more heel-ward weight. This setup ideally suits consistent ball strikers seeking reduced spin, a lower launch, and the ability to more easily promote a right-to-left shot shape. All Elyte Drivers showcase new aerodynamic shapes and a new, lighter Thermoforged Carbon crown crafted from aerospace-grade materials. By maximizing speed throughout the swing and creating discretionary weight savings, which are strategically redistributed throughout the head to optimize performance, these two design elements increase ball speed up to four miles per hour versus the previous generation. As a result, Elyte represents Callaway's fastest driver lineup to date. Callaway's industry-leading artificial intelligence once again takes another step forward in Elyte. Like Ai Smoke, real player data and cutting-edge machine learning are utilized to develop an exceptionally fast, forgiving, accuracy-boosting face. However, the new Ai10x Face delivers ten times more control points than the Ai Smart Face, making it Callaway's most advanced to date. With twenty-five thousand smart points now on Elyte, Callaway's latest drivers produce up to nineteen percent tighter dispersion and seven additional yards of distance across the face. Callaway Elyte Triple Diamond Tour Draw Driver Features: 450cc pear-shaped head (same as standard TD but with more heel-ward weight) designed for low spin, a low launch, and a neutral-to-draw bias ball flight New enhanced aerodynamic shape maximizes speed throughout the swing while improving forgiveness and launch conditions New Thermoforged Carbon crown made from aerospace-grade carbon fiber enables fast head speeds with optimized launch and spin conditions Ai10x Face, Callaway's most advanced to date, delivers 10x more control points to produce exceptionally fast ball speeds, tight dispersions, and optimiz