Haywood Golf Signature Raw Wedge
Haywood Golf Signature Raw Wedge
The Haywood Golf Signature Raw Wedge is a meticulously crafted forged wedge designed to provide golfers with exceptional feel, spin, and control around the green. Forged from S20C carbon steel and left in its raw state, this wedge offers a soft feel, maximum spin, and a unique look that will rust over time.
Features:
- Forged from S20C Carbon Steel: Delivers a soft, responsive feel for enhanced touch and control.
- CNC Milled Face and Grooves: Maximizes spin and control, allowing you to precisely shape your shots.
- Versatile Design: Performs exceptionally well on full shots, pitches, chips, and bunker shots.
- Raw Finish: Offers a natural, unfinished look that will rust over time, providing a unique aesthetic and enhanced spin.
- Multiple Loft and Bounce Options: Available in various lofts and bounce options to suit your game and course conditions.
- Premium Shaft Options: Choose from a variety of high-quality shafts to optimize your performance.
Benefits:
- Enhanced Feel: Experience a soft and responsive feel for improved touch and feedback.
- Maximum Spin: Generate exceptional spin for greater control and stopping power on approach shots and around the green.
- Improved Accuracy: The versatile design and precise milling promote consistent contact and shot-making confidence.
- Unique Aesthetic: The raw finish offers a distinctive look that will evolve over time as it rusts.
Ideal for:
Golfers of all skill levels who demand exceptional feel, spin, and control around the green. The Haywood Golf Signature Raw Wedge is perfect for players who want to elevate their short game performance with a unique and high-performing wedge.
Master your short game with the Haywood Golf Signature Raw Wedge!
Note:
It is always recommended to consult with a professional club fitter to determine the best wedge configuration for your individual swing and game. The raw finish will rust over time, which is a natural characteristic of the material and will not affect the performance of the wedge.