A practice golf putter includes a body formed to hit a golf ball, the body having a concave portion, which is formed on the front of the body and is open at the front and on the top thereof. The concave portion includes inclined surfaces formed on the left and right sides thereof; and a protrusion formed at a lower end portion of a point at which the inclined surfaces meet, and protruding toward the front. Therefore, the golf putter has the following effects. Since a striking point can be known through the advancing trajectory of the golf ball when the golf ball is struck by a practice golf putter, the location of the practice golf putter can be changed as needed, thereby enabling correct swing stances to be mastered. Therefore, putting can be more quickly learned than when using a conventional technology.

Disclosed are a laser golf putter equipped with a power saving module and a method for reducing power thereof. The laser golf putter includes a golf putter (100) equipped with a putter head (10) at the bottom of a putter shaft, a laser pointer (20) provided in the putter head (10) to emit a laser beam (R1) not identified with a naked eye, a golf ball sensor (30) provided in the putter head (10) to detect a golf ball (40) in front of the putter head, and a switching controller (230) configured to control the driving of the laser pointer (20) in response to the detection of the golf ball sensor (30). The switching controller (230) turns off the laser pointer (20) after a lapse of a set time in a state in which the laser pointer is an ON state when the golf ball (40) is identified.

A golf training aid that may be attached to any golf club that may force a golfer's hands into the proper grip position for various types of golf shots is provided. The device and methods of the present disclosure may further allow a golfer to practice these shots to build muscle memory and to ingrain the proper grip positions into memory to allow for repeated and consistent shot performance.

A putting stroke sensor is attachable to a putter head for measuring characteristics of a putting stroke. A motion sensor integrated circuit is configured to measure acceleration of the putter head along several axes and rotation of the putter head around the several axes during a putting stroke. A processor is programmed to determine a speed, a position and an orientation of the putter head at selective intervals during the putting stroke.

Systems and methods for motion capture and analysis are described. The system may include a motion sensor unit configured to capture data associated with movement of an object. The motion sensor unit is configured to be directly or indirectly coupled to the movement object at a first location. The system also includes a processor to process the captured data to determine one or more values and to translate the data and/or values to correspond to a second location on the movement object located away from the first location. The data and/or values, including translated data and/or values, may be transmitted by wireless transmitter and displayed by a display unit.

A golf putter that enables dual configuration, namely sighting & play modes whereby the golfer can view both the ball and the hole by means of a mirrored surface, but which is reversible so that the golfer can play within tournament rules. A removable mirrored training aid has a reflective side and can be removed, flipped to a non-reflective side, or simply replaced with a same-weighted non-reflective plate, for use in actual (non-practice) golf play. The golfer can practice his or her stroke while observing the image of the ball and hole in the mirror, and thereby imprinting the correct stroke mechanics into muscle memory. Then, after the golfer has reversed the re-attachable mirrored surface plate to present its non-reflective side, the golfer can use the putter in a round of golf.

A golf putter alignment system for viewing an orientation of a putter face relative to a putting line. A mirrored viewing surface is retained at a viewing angle by a selective, adjustable mounting system with an engaging portion, a pivot joint for angular adjustment, and a sliding joint for lateral position adjustment. The pivot joint can be a sleeve joint with an outer sleeve pivotable about a longitudinal axis relative to a core member. The sliding joint can be formed with the viewing surface slidable in relation to an elongate member, such as by being retained by a housing that is slidable in relation to the elongate member. A scope surface with an alignment scope can be retained in spaced relation to the viewing surface. In embodiments, the viewing surface can be disposed within the putter head, and a block of transparent material can have a face forming the putter face.

A golf club head has a body defining a ball striking face. The body further has a rear portion comprising a plurality of side walls and a planar lower portion. The plurality of side walls extend downward from a top of the golf club head towards the planar lower portion. The body further comprises a cover extending over the rear. The body further defines a gap between the cover and the planar portion.

A putter assembly, configured to facilitate improved alignment by enabling the face angle of the putter to be properly aligned with the hole, including: (a) an elongated shaft; (b) a putter head; (c) a grip; (d) an image sensor, wherein the image sensor is associated with at least one of the putter head and the elongated shaft; (e) a display, wherein the display is in communication with the image sensor; and (f) an energy source, wherein the energy source is in electrical communication with the image sensor and the display.

A golf putting training method includes: gripping a golf putter training device, wherein the golf putter training device includes a shaft, and a hitting device connected to an end of the shaft, wherein the hitting device includes a tunnel, an opening at a front end of the tunnel for receiving a golf ball, a hitting surface at a rear end of the tunnel for hitting the golf ball, and two parallel sidewalls of the tunnel for defining a putting direction, wherein the shaft is at the front end of the tunnel; standing by the golf ball positioning on a ground and determining a target direction; putting the golf ball by the putting training device along the target direction, wherein the golf ball is hit by the hitting device, and determining if the golf ball is hit only by the hitting surface of the hitting device during a putting stroke, wherein the putting direction matches the target direction when the putting direction matches the target direction.