New for 2025, the Callaway Elyte Triple Diamond Driver will deliver unbelievable forgiveness. The future of performance is Elyte with drivers that are up to 8 yards longer, fairway woods that promote 57% less turf interaction, our most adjustable hybrids ever, and irons with exceptional ball speeds for every type of player. Discover how Elyte your game can be!

The refined shaping of the Callaway Elyte Driver promotes increased speed, while a new Ai 10x Face is engineered to optimize spin and speed. And a revolutionary Thermoforged Carbon Crown is built to redefine mass properties in a driver.

*Claim based on consumer testing of Callaway Elyte vs. Callaway Paradym Ai Smoke Max drivers, with average gain of 1.8 yards

Callaway’s Elyte range utilises combined cutting-edge golf technologies and tour level feedback to deliver superior performance, maximising speed, distance, accuracy and forgiveness.

The Elyte Triple Diamond model is designed for players who desire a smaller footprint, lower spin and launch, and a neutral to fade bias shape off the tee. This model has interchangeable front-back weights to allow players to choose between more stability (heavy weight back) and lower spin (heavy weight forward). The Elyte Triple Diamond model features a gloss carbon crown and a clean topline, giving players enhanced feel of control off the tee.

The Triple Diamond shape provides enhanced aerodynamics for Elyte speed throughout the entire golf swing. The improved shape is designed to maximise swing speed with improved forgiveness and launch conditions.

Featuring an all-new Thermoforged Carbon crown, this aerospace grade carbon fibre enables fast head speeds while optimising launch and spin.

Callaway's most advanced Ai face to date, the new Ai10x Face delivers 10x more control points than the Ai Smart Face™. Designed to produce exceptionally fast ball speeds, tight dispersion, and optimised launch across the face.

FEATURES:

• TOUR-PROVEN PERFORMANCE
• ELYTE SPEED FROM ENHANCED SHAPING
• THE FUTURE OF COMPOSITES
• AI ADVANCEMENTS FOR OPTIMAL DISTANCE, CONTROL, AND LAUNCH