Custom TaylorMade Qi4D LS Shadowfall Driver

Custom TaylorMade Qi4D LS Shadowfall Driver

Low Spin Precision

The TaylorMade Qi4D LS Shadowfall Driver pairs the lowest-spinning head in the Qi4D family with a premium high-gloss black finish for players who want speed, control, and a more refined look at address. A re-engineered aerodynamic profile, Carbon Twist Face, and adjustable weighting work together to deliver faster ball speeds, more consistent spin, and tour-inspired shot shaping in a sleek Designer Series package.

New Premium Look

The Qi4D Shadowfall drivers feature a unique high-gloss black finish that accentuates the distinctive geometry, while subtle details create an understated, luxurious appearance the moment the headcover comes off.

Shaped For Speed

The re-engineered head profile increases ball speed through improved aerodynamics developed via advanced simulations. A traditional address shape based on feedback from world-class players inspires confidence, and the LS model stands as the lowest-spinning option in the Qi4D lineup.

Face For Distance

Qi4D LS drivers feature a new and improved roll radius for more consistent spin across vertical impact locations. The 60x Carbon Twist Face saves weight, boosts ball speed, and delivers more consistency versus a titanium face, while custom reflective fitting markers can be added for golfers seeking the most accurate head data.

Adjustable Performance

Two Trajectory Adjustment System weights (15g / 4g) provide an efficient way to tune flight and spin, while a 4° loft sleeve adjusts loft, lie, and face angle for optimized launch conditions.

REAX Shaft Fitting System

Built on data from 11 million shots captured over 20+ years, the REAX shaft fitting concept helps golfers identify a shaft profile that matches their unique rotation rate. More precise fitting can lead to more centered contact, increased speed, more distance, and tighter dispersion.

Tour-Proven Technologies

A new and improved cut-through Speed Pocket protects ball speed and reduces spin on low-face strikes. Advanced CAD modeling delivers a clean, powerful sound, while multi-material construction allows engineers to place mass where it maximizes speed, stability, and overall performance.