STABILITY FROM EVERY ANGLE
- The refined 304 stainless-steel construction of Spider GT Splitback utilizes geometric shaping, sharp lines and advanced perimeter weighting to deliver enhanced stability and precision alignment.
IMPROVED FORGIVNESS & STABILITY
- Engineers extracted weight from the wings to push mass to the perimeter for increased forgiveness, better stability, and more consistent performance across the face. The design maintains the forgiveness and stability of a Spider within a more compact head shape that’s preferred by many discerning players.
BETTER SOUND & FEEL
- The new Spider GT Splitback features urethane foam strategically injected inside the putter head. The lightweight material helps dampen unwanted vibrations to provide enhanced sound and feel.
THE NEW SPIDER GT SPLITBACK FEATURES URETHANE FOAM STRATEGICALLY INJECTED INSIDE THE PUTTER HEAD. THE LIGHTWEIGHT MATERIAL HELPS DAMPEN UNWANTED VIBRATIONS TO PROVIDE ENHANCED SOUND AND FEEL.
- Pure Roll2 is the latest evolution of TaylorMade’s Tour-proven face inserts. It is crafted from a firm TPU urethane material and contains silver aluminum bars angled at 45° to produce a consistent roll time after time.
FOR MODERATE FACE ROTATION
- A short slant hosel combines with the Spider GT’s extreme perimeter weighting to generate 21° of toe hang, delivering a putter that best fits players with moderate face rotation in the putting stroke.
SPLITBACK DESIGN
- A stainless-steel head with enhanced perimeter weighting for stability and consistent distance control. The white back cavity is designed for improved alignment.
ULTRALIGHT URETHANE FOAM
- Urethane foam is strategically positioned along the sole for improved sound, feel and weight distribution.
PURE ROLL2 INSERT
- The new firmer co-molded insert, manufactured of black TPU urethane with silver aluminum beams at a 45° angle designed to improve topspin across the face.
FLUTED FEEL™
- A newly engineered stability putter shaft with a softer section located 5” from the tip, intently designed to enhance feel, increase stability and improve dispersion.
