Provided is an adjustable custom grip and method of forming the same are provided. The method of forming a customized putter grip includes orienting a first grip member having a first contact surface and a second grip member having a second contact surface of the customized putter grip in a predetermined orientation selected from a set of angles between the first contact surface and the second contact surface. The method may also include fixing the first grip member and the second grip member in the predetermined orientation. The method may further include coupling the customized putter grip with fixed first grip member and second grip member to a shaft of a putter. The custom grip provides for an anatomically, ergonomically custom putter grip to accommodate variations in human hands and other anatomical parts that affect the holding of a golf club grip.

Provided is an adjustable custom grip and method of forming the same are provided. The method of forming a customized putter grip includes orienting a first grip member having a first contact surface and a second grip member having a second contact surface of the customized putter grip in a predetermined orientation selected from a set of angles between the first contact surface and the second contact surface. The method may also include fixing the first grip member and the second grip member in the predetermined orientation. The method may further include coupling the customized putter grip with fixed first grip member and second grip member to a shaft of a putter. The custom grip provides for an anatomically, ergonomically custom putter grip to accommodate variations in human hands and other anatomical parts that affect the holding of a golf club grip.

An adjustable custom grip and method of forming the same are provided. The method of forming a customized putter grip includes orienting a first grip member having a first contact surface, and a second grip member having a second contact surface of the customized putter grip in a predetermined orientation selected from a set of angles between the first contact surface and the second contact surface. The method may also include fixing the first grip member and the second grip member in the predetermined orientation. The method may further include coupling the customized putter grip with the fixed first grip member and the second grip member to a shaft of a putter. The custom grip provides for an anatomically, ergonomically custom putter grip to accommodate variations in human hands and other anatomical parts that affect the holding of a golf club grip.

An adjustable custom grip and method of forming the same are provided. The method of forming a customized putter grip includes orienting a first grip member having a first contact surface, and a second grip member having a second contact surface of the customized putter grip in a predetermined orientation selected from a set of angles between the first contact surface and the second contact surface. The method may also include fixing the first grip member and the second grip member in the predetermined orientation. The method may further include coupling the customized putter grip with the fixed first grip member and the second grip member to a shaft of a putter. The custom grip provides for an anatomically, ergonomically custom putter grip to accommodate variations in human hands and other anatomical parts that affect the holding of a golf club grip.

A shoulder motion exercise device, kit, and method of use having a retainer, a plurality of connectors, an extender, and a slider. The device aids in the stretching and exercise of at least a shoulder and a portion of the torso.

A shoulder motion exercise device, kit, and method of use having a retainer, a plurality of connectors, an extender, and a slider. The device aids in the stretching and exercise of at least a shoulder and a portion of the torso.

Provided is an adjustable putter grip. The adjustable putter grip includes a first grip member coupled adjacent a first end of a putter shaft. A putter head is coupled to a second end of the putter shaft. The adjustable putter grip also includes a second grip member coupled to the putter shaft between the first grip member and the second end of the putter shaft. The first grip member and the second grip member are rotatable with respect to each other to adjust grip position, the second grip member is rotatable with respect to the first grip member to adjust grip position, or the first grip member is rotatable with respect to the second grip member to adjust grip position. A method of forming a custom grip or custom fitting of a golfer is also disclosed.

Provided is an adjustable putter grip. The adjustable putter grip includes a first grip member coupled adjacent a first end of a putter shaft. A putter head is coupled to a second end of the putter shaft. The adjustable putter grip also includes a second grip member coupled to the putter shaft between the first grip member and the second end of the putter shaft. The first grip member and the second grip member are rotatable with respect to each other to adjust grip position, the second grip member is rotatable with respect to the first grip member to adjust grip position, or the first grip member is rotatable with respect to the second grip member to adjust grip position. A method of forming a custom grip or custom fitting of a golfer is also disclosed.

This invention is directed toward a lie adaptor that can be used to adjust an angel at which the shaft attaches to the putter. In one embodiment, the lie adaptor is inserted into the hosel of a putter, and then secured to both the shaft and putter head. In another embodiment, the lie adaptor has a cavity in its upper portion into which the shaft fits. In either case, the lie adaptor can be made with a variety of angle adjustments possible, such that a golf shop or even an individual golfer can quickly, accurately, and economically adjust the putter lie.

A Swing Trainer provides a transverse slide mechanism that generates an audible and/or haptic click in response to a smoothness of a swing of a sports-related implement. In other words, the Swing Trainer clicks in a way that a user can either or both hear and/or feel during a swing of the sports-related implement. Such sports-related implements include, but are not limited to, golf clubs, tennis racquets, hockey sticks, baseball bats, lacrosse sticks, cricket bats, or any other sports-related implement wherein smoothness of a user swing is desirable. The Swing Trainer rotatably couples a proximal end to a distal end of the sports-related implement. Further, the Swing Trainer generates the audible and/or haptic click when a sliding force imparted to the Swing Trainer by the swing exceeds a static holding force of the transverse slide mechanism. Typically, the sliding force exceeds the static holding force during an improper user swing.