TaylorMade Spider GT Notchback Högerhänt Notchback 33" Golfklubb - Putter

STABILITY FROM EVERY ANGLE

• Spider GT Notchback blends traditional mid-mallet shaping with contemporary construction. A shorter blade length and a wider area from leading to trail edge create a time-honored shape that is enhanced by dual tungsten weights for forgiveness and stability.

CLASSIC SHAPING

• The Spider franchise is defined by advanced technology. GT Notchback blends those breakthrough design functions with classic shaping, creating a modern take on the traditional mid-mallet design.

PERIMETER WEIGHTED FOR FORGIVENESS AND STABILITY

• This is the first Spider to feature dual tungsten weights totaling 172 g. Positioned along the heel and toe, this added weight is designed to produce more forgiveness and stability, allowing Spider GT Notchback to remain extremely stable on off-center strikes. This is the highest MOI mid-mallet TaylorMade has ever made.

CONSISTENT ROLL AND TOPSPIN

• 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.

CLASSIC SHAPE WITH MULTI-MATERIAL DESIGN

• Notchback is the most classically shaped member of the new Spider family. A lightweight 6061 aluminum body combines with heavy dual-tungsten weights on the outside (heel-toe) for stability, forgiveness and distance control.

DUAL-TUNGSTEN WEIGHTS FOR STABILITY

• For the first time, we’ve implemented heavy tungsten stability bars (172 g total) that strategically wrap around the back and side of the putter for optimal forgiveness and stability.

PURE ROLL² INSERT FOR IMPROVED TOPSPIN

• The new firmer co-molded insert, manufactured of black TPU urethane with silver aluminum beams at a 45° angle designed to produce improved topspin across the face.

FLUTED FEEL™ SHAFT

• A newly engineered stability putter shaft with a softer section located 5'' from the tip, intently designed to enhance feel, increase stability and tighten dispersion.