Selecting the correct super stroke putter grip size is fundamental to establishing a stable and repeatable putting stroke. While the market offers a dazzling array of colors and textures, the core function of any grip is to provide consistent feedback and control. A grip that is too small can lead to excessive wrist action, while one that is too large can restrict the natural rotation of the hands through impact. Understanding the nuances of diameter and shape is the first step in optimizing your connection with the putter.
Standard vs. Oversized Dimensions
The most common distinction in super stroke grip sizing revolves around standard and oversized diameters. Standard grips typically measure between .600 and .620 inches in diameter, offering a feel that is familiar to golfers who have used traditional leather or rubber wraps. Oversized grips, conversely, usually fall in the .680 to .700-inch range, providing a significantly larger surface area. This increase in size is not merely aesthetic; it directly influences the mechanics of the stroke by limiting the degrees of freedom in the hands and wrists.
The Mechanics of Control
Larger diameter grips promote a "hands-dominant" swing path by making it difficult to hinge the wrists independently. When the grip fills the entire palm, the golfer is forced to rotate the forearms rather than flick the wrists. This reduction in wrist movement is critical for maintaining a square clubface at impact. For golfers who struggle with the yips or inconsistent contact, the stability offered by a larger super stroke grip often translates to more consistent contact and improved direction.
Finding Your Ideal Size
There is no universal "best" size, as the optimal grip dimensions are dictated by hand size and personal preference. A simple test to determine if a grip is too large involves checking the overlap or interlock of the fingers on your lead hand. If you can comfortably fold your last three fingers over your thumb while holding the putter, the diameter is likely suitable. Conversely, if your fingers feel strained or you cannot achieve a full overlap, you may need to downsize to ensure a secure yet comfortable connection.
Impact on Stroke Path
Beyond diameter, the profile of a super stroke grip affects the arc of your stroke. Some models feature a slightly tapered design or a flattened side, which encourages a more arcing motion back and through. These variations cater to golfers who prefer a slight inside-out path, as the edges of the grip serve as a tactile guide. Understanding how the shape of the grip influences the plane of your stroke allows you to fine-tune your setup to match your natural swing tendencies.
Pressure and Feedback
Grip pressure is intrinsically linked to size; a larger grip naturally encourages a lighter hold. With super stroke models, golfers often report that they can maintain control while applying significantly less pressure than with a small grip. This lighter tension reduces tension in the arms and shoulders, promoting a smoother tempo. The vibration feedback from the putter head is also more discernible through a thinner grip, allowing for better judgment of strike quality.
Considerations for Different Putting Styles
Your stroke type should heavily influence your choice. A straight-back-straight-through putter generally benefits from a standard or slightly oversized grip to maintain face squareness. In contrast, a golfer with an arc-based stroke might find a jumbo or mid-size grip assists in controlling the width of the arc. Ultimately, the right size allows the putter to move freely along the intended path without the grip interfering with the pendulum motion of the arms.
Transitioning to a New Size
Switching to a different super stroke grip size requires a temporary adjustment period. You may feel as though the putter is heavy or awkward initially, and your release point might feel altered. To mitigate this, focus on re-gripping the club with the correct alignment marks and practice making strokes focusing solely on the new hand position. Patience during this phase ensures that the new dimensions translate into a permanent improvement in your putting reliability.
