Wilson Dynapwr Max Custom Driver

Designed with a draw bias and enhanced stability, the DYNAPWR Max Driver is the ultimate blend of stability and forgiveness.

TECHNOLOGY

PKR-360

AI driven design, unique to each model, creates more ball speed across the entire face.

OPEN HOSEL CONSTRUCTION

Improved weight distribution allows for the removal of inefficient material and the creation of a stronger hosel infrastructure.

ADJUSTABLE HOSEL

6-way adjustable hosel to optimize face angle and shot shaping.

SOUND OPTIMIZED

Precision rib placement throughout the internal body for muted, powerful sound.

STABILITY DRIVEN SHAPING

Increased front to back and heel to toe length provides high MOI and a low center of gravity.

FLIPPABLE REAR WEIGHT

Flippable (19g) rear weight allows you to fine-tune shot shaping.

Wilson Dynapwr Max Custom Driver Product Specs

Note: This is for your reference only and does not denote the content of the product.

Shaft Specs

UST LIN-Q M40X RED – SHAFT

UST HELIUM NCT 4 LIGHTWEIGHT – SHAFT

Grip Specs

LAMKIN CROSSLINE 360 BLACK – Grip

Wilson Dynapwr Max Custom Driver Shafts

Fujikura

Fujikura Ventus TR Red w/ VelocoreTour-inspired profile and the first to include Fujikuras all-new VeloCore Technology in an accelerated taper, ultra-stiff tip profile.

Fujikura Ventus TR BlueA powerful combination of stability and feel, TR Blue maintains an ultra-stiff tip section for superior control at impact. Increased torsional stiffness creates a profile with enhanced load capabilities for more aggressive swings while maintaining a smooth overall feel.

Fujikura Ventus TR Blue w/ Velocoredesigned to significantly tighten shot dispersion and maximize ball speed especially on off-center shots.

Fujikura Ventus TR Black w/ VelocoreMaximum energy transfer from the tip section boosts the clubheads performance and a straight taper design enhances loading and feel.

Graphite Design

GD Tour AD DIis designed to provide more power and stability. This unique technology allows the player to create an epic IMPACT on ball speed while still providing exceptional feel and control.

GD Tour AD UButilizes the performance of today’s large, high moment of inertia heads to directly transmit power to the ball. High-strength, high-modulus carbon fiber “Torayca M40X” is used from the tip to the center of the tip, and “Torayca T1100G” is used for the tip to increase rigidity from the tip to the center of the tip.

GD Tour AD VFshaft profile is Firm in the butt section, Stiff+ in the center section and has a Very Stiff tip to promote Low/Mid launch angles and Low-ball spin rates.

KBS

KBS TDDesigned for performance, optimizing spin rate and launch for more distance and more consistent, tighter ball flights.

Mitsubishi

Mitsubishi Kaili Whitefeatures an exclusive Super Low Resin Content Prepreg in the most consequential part of the golf shaft for feel: the torque core.

Project X

Project X Denali BlackStraight taper mid section provides unmatched feel and maximum energy transfer.

Project X Denali Bluefeatures a stable butt section and low torsional stiffness for stability and confidence throughout the swing. Straight taper midsection provides unmatched feel and maximum energy transfer.

Project X HZRDUS Black Gen 5the most successful low launch/spin shaft models of the past decade continues to innovate with the addition of our new 4D Optimized Carbon weave. Strategically utilized in the midsection, the part of the golf shaft that undergoes the most stress, and angled for improved torsional resistance.

UST

UST Helium NCTUltra High Performance lightweight golf shaft design, featuring our new Nanocore Technology for increased clubhead speed. Innovative materials and design profile stabilize shaft flexural and torsional characteristics in harmony with the ultra light weight design to optimize shaft performance and consistency with precise feel.

UST Lin-Q M40X RedDesigned for the golfer seeking a mid-high launch and mid spin. It represents a major advance in carbon fiber technology.

Wilson Dynapwr Max Custom Driver Grips

Golf Pride

Lamkin

Winn

Specification