A re-engineered head profile improves aerodynamics through advanced simulation-driven design, helping generate faster ball speeds.
A traditional address shape, refined with feedback from world-class players, inspires confidence at setup and throughout the swing.
Qi4D LS is engineered as the lowest-spinning driver in the Qi4D lineup for players seeking penetrating ball flight.
FACE FOR DISTANCE
Qi4D LS drivers feature an optimized roll radius that delivers more consistent spin performance across varying vertical impact locations.
The 60x Carbon Twist Face™ serves as a foundational technology, saving weight while producing exceptional ball speed and greater consistency compared to traditional titanium faces.
For golfers seeking the most precise fitting and head tracking data, Qi4D drivers can be custom-upgraded with reflective fitting markers.
ADJUSTABLE PERFORMANCE
Two Trajectory Adjustment System weights (15g / 4g) provide TaylorMade’s most mass-efficient solution for dialing in launch and spin characteristics.
A 4° loft sleeve allows golfers to fine-tune loft, lie, and face angle to optimize ball flight.
REAX™ SHAFTS
Developed from insights gained from over 11 million shots collected across more than 20 years, REAX™ shafts redefine fitting by matching shaft profiles to a golfer’s unique rotation rate and swing dynamics.
More precise shaft fitting promotes centered contact, increased clubhead speed, longer distance, and improved accuracy.
In collaboration with Mitsubishi Chemical, REAX™ shafts leverage industry-leading materials and manufacturing processes to deliver world-class performance across a wide range of swing types.
REAX MR50 -Mid Rotation Blue (50X, 50S, 50R, 50A), REAX HR50 - High Rotation Red (50X, 50S, 50R), REAX LR60 -Low Rotation White (60X, 60S, 60R)
TOUR PROVEN TECHNOLOGIES
An updated cut-through Speed Pocket™ preserves ball speed and helps reduce spin on low-face impacts.
Advanced CAD modeling produces a clean, powerful sound at impact—an essential element of TaylorMade driver performance.
Multi-Material Construction allows engineers to strategically position mass throughout the head to maximize speed, stability, and overall performance.