Cobra Golf Incorporated

A golf club shaft includes an extended body that includes an outer layer and extends between a butt end and a tip end. The extended body includes at least two unlike materials printed together, and the extended body is unitary.

A golf club head includes a body including a toe region, a heel region, and a medial region extending between the toe region and the heel region. A core bar is integrally formed with the body at the toe region and the heel region and extends within the medial region along a trailing end. Further, a slot has an upper edge formed along a lower edge of the core bar at the trailing end. A face insert is coupled to the body and an interior cavity is formed between the face insert and the core bar.

A golf club shaft consists of a grip and a 3D printed body. The 3D printed body defines an outer sidewall, and an axis that extends centrally through a top and bottom of the golf club shaft, with an inner surface of the 3D printed body defining a first side and a second side that is located opposite the first side. An uninterrupted volume extends between the first side and the second side along an entire length of the 3D printed body.

A golf club head includes a body defining an internal cavity. The body includes a crown portion, a sole portion, a skirt portion extending along a perimeter of an aft side of the body between the crown portion and the sole portion, and a hosel extending from a heel side of the body. The skirt portion includes a distalmost point along a toe side of the body. The hosel defines a hosel axis that intersects a ground plane at a ground intersection point. The crown portion includes a vertex point adjacent to the hosel that defines vertex height in a direction normal to the ground plane. The vertex height is less than 75% of a maximum height of the body, and a height of the distalmost point in a direction normal to the ground plane is less than 65% of the maximum height of the body.

A process of manufacturing a golf club component. The process includes spreading a layer of metal powder over a build plane defined over a build platform and bonding portions of the layer of metal powder. The golf club component comprises a support structure. The support structure includes a plurality of segments. The support structure defines a plane L 1 that forms a build angle A 1 with respect to the build plane, and a plane L 2 that forms a build angle A 2 with respect to the build plane. Each of the plane L 1 and the plane L 2 is formed by a portion of the plurality of segments that are aligned and orientated at the build angle A 1 and the build angle A 2, respectively, relative to the build plane. At least one of the build angle A 1 or the build angle A 2 is greater than or equal to 30 degrees.

A crownplate for a golf club head includes a shell formed from a first plurality of pre-preg plies and a second plurality of pre-preg plies and defining a first thickness area and a second thickness area. The first plurality of pre-preg plies includes a resin material and a first plurality of fibers and the second plurality of pre-preg plies includes a resin material and a second plurality of fibers. The first plurality of pre-preg plies have a first tensile strength and a first amount of graphene, and the second plurality of pre-preg plies have a second tensile strength and a second amount of graphene. The second plurality of pre-preg plies define an outer periphery of the crownplate.

A golf club head includes a body formed by an additive manufacturing process. The body defines a toe region, a heel region, and a medial region positioned between the toe region and the heel region. A front face extends across the toe region, medial region, and the heel region and is formed of a sintered material. The body further includes a topline along a top side and a sole along a bottom side, each extending in a heel-toe direction. A plurality of grooves are disposed on the front face. The golf club head defines an internal cavity at least partially enclosed by the front face and the body. The internal cavity extends between the topline and the sole. A plurality of voids are defined by a rear surface of the front face.

A process of manufacturing a golf club component includes the step of spreading a layer of powdered material over a build plane defined over a build platform. Another step includes bonding, using an energy source, portions of the layer of powdered material. A different step includes repeating the spreading and bonding until the golf club component is formed. The process further includes the step of extracting loose powdered material from the golf club component. The build plane is offset from a ground plane between about 5 degrees and about 160 degrees. The ground plane is defined as a horizontal plane parallel to the ground when the golf club component is at address, and the build plane is not a face angle of the golf club component.