Heightened Launch & Stability

As the highest-flying fairway, GT1 3Tour Fairway generates high-launching, far-flying, ultra-stable performance with a stronger “Tour Loft” design to keep spin in the optimal range. Complete with new adjustable fore/aft weights to find a fit that inspires total fairway confidence.

Lift your launch window with GT1 3Tour Fairway. Featuring a Tour-inspired player profile, shallow face, low CG, and a stronger “Tour Loft,” this fairway is designed to launch higher and fly farther without over-spinning. New adjustable fore/aft weights enable further optimization of ball speed, launch, and spin to achieve effortless fairway performance.

Seamless Thermoform Crown

A reimagined ultra-lightweight crown design combines with a refined player profile and shallow face, enabling GT1 3Tour Fairway to drop CG even lower in the clubhead than GT1 Fairway. The result is a dynamically playable fairway with increased stability and higher launch on every strike.

Stronger "Tour Loft" performance

To meet Tour demand, this fairway introduces a new “Tour Loft” design that’s stronger than the standard GT1 Fairway. It’s the same high-launching, far-flying, ultra-stable performance with a little less loft to help keep spin in the optimal range.

Dual Performance Control Settings

New adjustable fore/aft weights enable further optimization of ball speed, launch, and spin to achieve effortless fairway performance with the twist of a wrench. Set the heavier weight back to increase stability and launch, or set it forward for faster ball speed and lower spin.

Redesigned Internal Hosel

To extract every ounce of performance in GT1 3Tour Fairway, Titleist engineers pursued every gram of weight savings. The redesigned internal hosel achieves subtle mass improvements that unlock sizable benefits on every swin

Exceptional Featured Shafts

The featured shafts for GT1 3Tour Fairway represent a complete range of authentic high-performance options from Tour-trusted manufacturers—including ultra-lightweight and standard-weight configurations.