Taylormade Qi4D Low Spin Driver

AVAILABLE FOR PRE ORDER - ORDERS WILL BE SHIPPED FROM 29TH JANUARY

FEATURES AND BENEFITS
BUILT FOR SPEED
• Aluminum is lighter than titanium. That’s why we’ve created our first modern non-titanium driver.
The collar has been forged out of the highest aircraft-grade 7075 aluminum and machined with
exacting tolerances allowing engineers to provide all golfers with adjustability in a max MOI head
without compromising speed.
• The new oversize head shape prioritizes inertia and stability, ensuring maximum forgiveness
on mishits without compromising clubhead speed.
FACE FOR DISTANCE
• Qi4D Max drivers feature a new and improved roll radius, yielding more consistent spin
regardless of vertical impact location.
• 60x Carbon Twist Face™ is a technological cornerstone that provides weight savings,
incredible ball speed and more consistency vs. a titanium face.
• Golfers seeking the most accurate head data can also upgrade any Qi4D driver to include
reflective fitting markers via custom.
ADJUSTABLE PERFORMANCE
• Utilizing two Trajectory Adjustment System weights (13g / 4g) provides the golfer our most mass
efficient way to adjust flight and spin.
• 4° loft sleeve can be used to adjust loft, lie and face angle for optimized flight.
REAX™ SHAFTS
• A revolution in shaft fitting, based on 11 million shots captured over 20+ years, allows golfers to
quickly identify their rotation rate and play a shaft that matches their unique swing profile. More
precise shaft fitting helps golfers achieve more centered contact, increased speed, distance, and
accuracy.
• Leveraging Mitsubishi Chemical’s industry leading material expertise and production processes
allows us to offer world-class shafts for a wide range of applications and swing types.
TOUR-PROVEN TECHNOLOGIES
• New and improved cut-through Speed Pocket™ protects ball speed and reduces spin
on low-face strikes.
• Advanced CAD modeling creates a design with a clean and powerful sound, a foundation
for TaylorMade driver performance.
• Multi-Material Construction allows engineers to strategically place mass in areas of the head
where it maximizes performance, speed, and stability.