TaylorMade Qi35 Max Driver Golf Club, 10K MOI for Superior Distance, Ultra-Consistent Performance, Low CG Projection

Descripción

Elevate your golf game with the Qi35 Max Driver, designed for golfers seeking ultimate forgiveness and superior performance. With an impressive 10K MOI, this golf driver offers ultra-consistent hits and enhanced distance, thanks to its low CG projection. Constructed with five strategic materials, including titanium and tungsten, the Qi35 Max combines durability with advanced technology to optimize your gameplay. The driver features a sophisticated design that not only looks great in your golf bag but also enhances aerodynamics for improved stability. Whether you are playing men's golf or womens golf, this versatile driver delivers exceptional results for every style. Experience the luxury and innovation of a TaylorMade driver, thoughtfully engineered to help you connect with golf balls and achieve your best shots. Enjoy the confidence that comes with a high-performance driver, backed by proven technologies like Twist Face and Thru-Slot Speed Pocket. Whether you’re using golf tees or perfecting your swing, the Qi35 Max driver will transform your game, making it an essential addition to your collection of golf clubs and golf accessories. Upgrade now and unlock a new level of precision on the course with the Qi35 driver.

Características

• QUEST FOR LAUNCH Qi35 Max has a very low CG projection with 10K MOI creating efficient launch and spin over a larger area of the face.
• HIGH INERTIA SHAPE paired with Thru-Slot Speed Pocket, 4° loft sleeve and Infinity Carbon Crown provide the ultimate suite of technologies.
• NEW SYMMETRIC INERTIA GENERATOR includes a massive 34g tungsten weight creating the best launch conditions we have seen in a 10k TaylorMade driver.
• FOURTH GENERATION CARBON TWIST FACE for maximum energy transfer and alignment benefits.
• MULTI-MATERIAL CONSTRUCTION chromium carbon, steel, aluminum, tungsten and titanium work together seamlessly creating the perfect blend of form and function.

Especificaciones