TaylorMade Spider GT Splitback Single Bend Golf Putter
The TaylorMade Spider GT Splitback Putter features a newly engineered stability shaft that has a softer section that is located 5” from the tip. This design choice has been made to enhance the feel of the club while also increasing the stability and improve the dispersion when putting.
The Spider GT Splitback also features the Pure Roll² co-moulded insert that is used to improve forward roll and ball speed consistency across the face of the Notchback. Pure Roll² is a firmer insert that has been manufactured using black TPU urethane with silver aluminium beams at a 45° angle designed to improve topspin across the face.
The Splitback head design has been manufactured using stainless steel and uses perimeter weighting to increase the level of stability as well as improving the consistency of shot control on distance putts. The head also utalises a white back cavity to provide an alignment area for better shot judgement.
Ultra light urethane foam has been strategically positioned along the sole of the club to improve the weight distribution around the head, as well as improving both sound and feel.
This putter is available with a single bend hosel. This option is best for players who have a straight-back, straight-through putting stroke. However the Spider GT Black putter is also available with a Slant Neck.
Features and Benefits
Splitback Head Design
A stainless steel head with enhanced perimeter weighting for stability and consistent distance control. The white back cavity is designed for improved alignment.
Ultra Light Urethane Foam
Urethane foam is strategically positioned along the sole for improved sound, feel and weight distribution.
Pureroll2 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
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.
