TaylorMade Qi4D MAX Lite Custom Fairway Wood

ORDERING GUIDELINES:

• Personalized and custom products are non-refundable, as stated in our return policy product restrictions and cannot be canceled once you have submitted your order. All sales of personalized and custom products are final.

SPEED THROUGH FORGIVENESS

• The Qi4D Max Lite fairway is designed for golfers who are looking for a fairway that’s easy to launch due to a shallower face with maximum forgiveness.
• The massive 200cc head is 17% larger than the Tour model and 5% larger than the standard model, offering a significant confidence boost. It’s TaylorMade's mini-mini driver.
• For golfers seeking increased clubhead speed, Qi4D Max Lite Fairway is up to 21g lighter than the Qi4D Max Fairway.

BIG SIZE, BIG FORGIVENESS

• Every head in the Qi4D Max fairway lineup has been pushed to its limits in terms of overall size. This helps to push weight to the perimeter, boosting stability and helping off-center strikes fly further and straighter.
• The rearward placement of the Trajectory Adjustment System weight (4g x 1) concentrates mass as far back as possible, thereby increasing the overall moment of inertia of the head.

ADJUSTABLE PERFORMANCE

• Utilizing a single Trajectory Adjustment System weight (4g x1) provides the golfer a more mass efficient way to adjust flight, spin and swing weight.
• 4° loft sleeve can be used to adjust loft, lie and face angle for optimized flight in core lofts (3 and 5 only).

REAX™ SHAFTS

• Leveraging Mitsubishi Chemical’s industry-leading material expertise and production processes enables TaylorMade to offer world-class shafts suitable for a diverse range of fairway applications.

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 of TaylorMade fairway performance.
• Twist Face™ features corrective face curvature designed to provide straighter shots on mishits.
• Multi-Material Construction allows engineers to maximize performance by increasing discretionary weight.