NEW

Taylormade Qi4D LS Driver

The Qi4D LS driver features a re-engineered head profile designed to increase ball speed through advanced aerodynamic shaping—developed using cutting-edge simulation technology. Its traditional address shape, inspired by feedback from world-class players, promotes confidence at setup and encourages aggressive, controlled swings.

As the lowest spinning model in the Qi4D lineup, the Qi4D LS is built for players who want to maximize distance while maintaining a penetrating, tour-level ball flight. Ideal for skilled golfers seeking speed, workability, and low spin in a confidence-inspiring design.

FACE FOR DISTANCE

Qi4D LS drivers feature a new and improved roll radius, delivering more consistent spin across vertical impact locations.
The 60X Carbon Twist Face™ provides significant weight savings, exceptional ball speed, and improved consistency compared to a titanium face.
Golfers seeking the most precise head data can upgrade any Qi4D driver with reflective fitting markers through custom.

ADJUSTABLE PERFORMANCE

Two Trajectory Adjustment System weights (15g / 4g) offer the most mass-efficient method to fine-tune shot shape, flight, and spin.
A 4° loft sleeve allows precise adjustments to loft, lie, and face angle for optimized trajectory.

REAX™ SHAFTS

Based on 20+ years of research and over 11 million captured swings, REAX™ shaft fitting helps golfers identify their rotation rate and choose a shaft that matches their unique swing profile—leading to more centered contact, increased speed, and improved accuracy.
Powered by Mitsubishi Chemical’s industry-leading materials and manufacturing expertise, REAX™ shafts deliver world-class performance across a wide range of swing types.

TOUR-PROVEN TECHNOLOGIES

• An upgraded cut-through Speed Pocket™ preserves ball speed and reduces spin on low-face strikes.
• Advanced CAD modeling produces a clean, powerful sound—a hallmark of TaylorMade driver performance.
• Multi-Material Construction enables strategic mass placement to maximize speed, stability, and overall performance.