Golfing News & Blog Articles
Putter Technology
Putter design and technology are constantly evolving, seeking to improve accuracy, consistency, and feel for golfers. The core function of a putter is to impart a smooth, consistent roll on the ball, minimizing skid and promoting a true line to the hole.
Key Areas of Innovation
Modern putter technology focuses on several key areas to enhance performance:
- Moment of Inertia (MOI): Higher MOI in a putter makes it more resistant to twisting on off-center strikes, leading to better distance control and accuracy. This is often achieved through perimeter weighting or high-density materials placed far from the face's center.
- Face Technology: Innovations here aim to create a consistent roll. This includes:
- Grooves/Milling: Specific patterns milled into the face are designed to grip the ball and immediately start a forward roll, reducing skidding.
- Inserts: Materials like polymers or specialized metals are used as face inserts to manage feel, sound, and ball speed consistency across the face.
- Alignment Aids: Visual cues on the putter head help golfers properly aim the face at the intended target line. These range from simple lines to complex shapes and contrasting colors.
- Weighting Systems: Adjustable weights allow golfers or club fitters to customize the head weight and weight distribution to match the golfer's stroke tempo and preferred feel.
Common Putter Head Styles
|
Style |
Characteristics |
Recommended Golfer |
|---|---|---|
|
Blade |
Classic, simple, low MOI. Small sweet spot. |
For golfers with a slight arc in their stroke. |
|
Mid-Mallet |
Balance of classic looks and forgiveness. Moderate MOI. |
Versatile, suits both slight arc and straight strokes. |
|
Mallet |
Large head, high MOI, often multi-material construction. Highly forgiving. |
For golfers with a straight back-and-through stroke or those needing maximum forgiveness. |
Shaft and Grip Technology
While the head receives the most attention, the shaft and grip also play crucial roles:
- Shaft Stability: Multi-material shafts (e.g., steel and carbon fiber) are engineered to minimize unwanted bending and twisting during the stroke, leading to a squarer impact face.
- Grip Design: Grips come in various sizes and shapes (e.g., pistol, jumbo, non-tapered) to promote specific wrist angles and hand pressure. A larger grip can sometimes help minimize wrist manipulation, promoting a more stable stroke.
Future Trends in Putter Design
The trend in putter design continues toward higher MOI, more complex multi-material constructions, and increased customization options.
