Selecting the correct super stroke putter grip size is the most critical yet overlooked variable in modern putting performance. While players obsess over loft and lie angles for their irons, the interface between hands and club determines comfort, consistency, and ultimately, scoring. A super stroke grip, known for its reduced taper and larger diameter, fundamentally alters feel and stability, making the physical dimensions non-negotiable for optimization.
Understanding Standard vs. Super Stroke Dimensions
Traditional grips typically feature significant taper, meaning the butt end is considerably thicker than the end connected to the clubhead. This design often requires golfers to choke up for proper hand placement. In stark contrast, a super stroke grip minimizes this taper, creating a near-uniform diameter along its length. Because of this geometric shift, standard length measurements become less relevant; the focus must shift to the overall diameter and how it interfaces with the golfer’s hand size and finger span.
Key Measurements to Consider
When fitting a super stroke grip, three primary measurements dictate success: grip diameter, overall length, and butt cap circumference. Diameter is usually measured in inches at the cross-section of the grip, typically between .600 and .700 inches for standard super stroke models. Length must accommodate the standard grip section of the club, generally around 4 to 5 inches, ensuring the grip end is fully seated. Finally, the butt cap must be large enough to prevent slippage during the putting stroke while avoiding interference with the palm.
Hand Size and Palm Fit
The most common error in purchasing super stroke grips is selecting a diameter that looks correct in isolation but fails in application. Golfers with larger hands require a diameter exceeding .600 inches to maintain wrist hinge and prevent the club from twisting in the palms. Conversely, players with smaller hands or those who prefer a more neutral grip pressure might opt for a slimmer profile around .580 inches. The goal is to achieve a full overlap or interlock grip without excessive tension, allowing the super stroke’s cushioning to absorb vibration effectively.
Impact on Stroke Mechanics
Grip size directly influences the trajectory of the putter face through the impact zone. A grip that is too small encourages excessive wrist action, leading to inconsistent face angles and directional dispersion. A grip that is too large can lock the wrists prematurely, resulting in a rigid, pendulum-like motion that sacrifices feel for control. The super stroke design aims to find a middle ground, promoting a stable, arcing stroke by providing sufficient surface area for the fingers to manage the club without mandating a death grip.
Testing Protocols for Optimal Sizing
To determine the ideal super stroke grip size, golfers should conduct a dynamic test rather than relying on static charts. Install the grip on a practice club and assume your normal putting posture. You should be able to look down and see 1 to 3 knuckles of your top hand without straining. Perform a few strokes; if the club feels like it is turning in your hands or if your fingers go numb, the diameter is incorrect. The connection should feel secure yet fluid, allowing the hands to work as a single unit.
Material and Texture Considerations
Size is only half the equation; the tactile surface of the super stroke grip is equally important for performance in varying conditions. The soft, porous urethane composition provides excellent traction when hands are damp, but the physical dimensions must still facilitate this grip style. A slightly larger diameter often accommodates the added texture of crosshatch patterns or ribbing found on high-end super stroke models. This ensures that the ridges do not create pressure points that disrupt the comfortable, cushioned feel the grip is famous for.
