Abstract: A method for producing a golf club component includes the step of receiving a selection of at least one parameter from a user via a user interface, the at least one parameter being selected from a plurality of parameters. The method further includes the step of generating a design model of the golf club component based on the selected parameter, providing the design model of the golf club component to an additive manufacturing device, and forming the golf club component via the additive manufacturing device.

Abstract: A golf club includes a body defining an internal cavity and includes a toe side, a heel side, a top side, a bottom side, a front side, and a rear side. A first support structure is disposed within the internal cavity and includes a plurality of beams. A second support structure is disposed within an external cavity that is positioned on the rear side of the body and is visible from an exterior of the body. A first pocket and a second pocket are formed on the bottom side. The first pocket is at least partially defined by a first wall and the second pocket is at least partially defined by a second wall. A first aperture and a second aperture are in fluid communication with the internal cavity. The first aperture extends through the first wall and the second aperture extends through the second wall.

Abstract: A process of manufacturing a golf club head. The process comprises the step of spreading a thin layer of metal powder over a build plane defined over a build platform. The process also comprises the step of selectively depositing droplets of a binding agent over the thin layer of metal powder in order to bond the metal powder. The process further comprises the step of sintering a green part body to form the golf club head. The golf club head comprises a lattice structure positioned within an internal cavity of the golf club head. The build plane is offset from a ground plane by between about 5 degrees and about 160 degrees. The ground plane defined as a horizontal plane parallel to the ground when the golf club head is at address. The build plane is not a face angle of the golf club head.

Abstract: A method of providing benefits to owners of non-fungible tokens is provided. A minter of a non-fungible token corresponding to a digital asset can encourage or incentivize users of the non-fungible tokens to purchase additional non-fungible tokens, or perform transactions using a non-fungible token to receive benefits.

Abstract: A process of manufacturing a golf club head that includes the steps of generating, via an additive manufacturing process, a printed part that includes the steps of printing a material, layer by layer, along a build plane and creating at least one blow through aperture that allows fluid to flow through an internal cavity of the printed part. The build plane is offset from a ground plane by 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 head is at address. The process also includes the steps of excavating the printed part by forcing excess material out from within the internal cavity using the at least one blow through aperture and removing excess material formed at one or more material deposits disposed along the printed part golf club head.

Abstract: A process of manufacturing a golf club component includes spreading a thin layer of metal powder over a build plane defined over a build platform and bonding, using a laser, portions of the thin layer of metal powder. The spreading and bonding are repeated until the golf club component is formed. The golf club component comprises a lattice structure positioned within an internal cavity of the golf club component and the lattice structure is interrupted by a solid portion that extends along a bottom side of the golf club component from a toe region of the golf club component to a location between the toe region and a heel region of the golf club component.

Abstract: An iron-type golf club includes an iron-type golf club head formed of metal by an additive manufacturing process. The iron-type golf club head includes a front side, a rear side, a bottom side, a top side, a toe side, and a heel side, and a body that defines a medial region between a toe region and a heel region. The iron-type golf club head also includes a first plane that extends orthogonal to a ground plane and separates the toe region from the medial region, and a second plane that extends orthogonal to the ground plane and separates the heel region from the medial region. A front face extends along the front side from the toe region, through the medial region, and into the heel region, and the front face and the body are formed of sintered metal by the additive manufacturing process.

Abstract: A golf club head includes a body and an insert. The body defines a top side, a toe side, and a heel side, and includes a sole extending between the toe side and the heel side at a location on the body opposite to the top side. The body defines an internal volume defined between a ball-striking face and an internal wall. The insert is arranged within the internal volume and is formed layer by layer via an additive manufacturing process. The insert includes a lattice structure arranged between a rear surface of the ball-striking face and the internal wall. The lattice structure is in engagement with the rear surface and formed integrally with the ball-striking face and the internal wall.

Abstract: A headcover for a golf club, the headcover comprising a body. The body includes a head portion and a sleeve portion. The head portion defines a chamber including a body aperture disposed at a heel end of the head portion, the body aperture being configured to provide access to the chamber. The sleeve portion extends outwardly from the head portion. Each of the head portion and the sleeve portion of the body includes a wall having a continuous network of interconnected concave and convex surfaces. A sleeve cutout is defined by a sleeve frame of the sleeve portion. The body aperture and the sleeve cutout are in direct fluid communication with one another and are configured to receive a portion of the golf club.

Abstract: A process of manufacturing a face insert of a golf club head that includes the steps of forming, via an additive manufacturing process, a mold insert that includes a lattice structure or a ribbed structure protruding therefrom, creating a mold from the mold insert formed via the additive manufacturing process, and molding an insert from the mold insert.

Abstract: A golf club head includes a body formed layer by layer and having a topline, a sole, and an internal cavity arranged between the topline and the sole. The golf club head further includes at least one aperture formed through at least one of a hosel extending from the body, a rear surface of the body, and a toe portion of the body. The at least one aperture is configured to form a flow path that extends along the internal cavity and the at least one aperture.

Abstract: A golf club head that includes a body that defines an interior cavity and an exterior surface that has a forward-most point and a rearward-most point that define a horizontal club head length therebetween that extends parallel to a ground plane. The golf club head also includes a front weight assembly having a first weight secured with the sole. The front weight assembly defines a first center of gravity. The golf club head further includes a rear weight assembly that has a second weight that is coupled with the body. The rear weight assembly defines a second center of gravity. The first center of gravity and the second center of gravity define a horizontal weight system length therebetween that extends parallel to the ground plane. A ratio between the horizontal weight system length and the horizontal club head length expressed as a percentage is between 80% and 99%.

Abstract: A headcover for a golf club includes a body formed layer by layer upon a build plane during an additive manufacturing process. The body defines a chamber adapted to receive a golf club head and includes a heel end, a toe end, and a plurality of sidewalls. The headcover further includes a lattice structure formed unitarily on a portion of the body during the additive manufacturing process. The lattice structure extends over at least a portion of each of the plurality of sidewalls and the toe end of the body.

Abstract: A golf club head component includes a body defining an internal cavity, a plurality of apertures formed in the body, a lattice structure disposed within the internal cavity of the body, and a flow path that extends through the lattice structure and the plurality of apertures. the lattice structure includes a plurality of segments and a plurality of unit cells. The lattice structure varies in a thickness, a size, or a shape of the plurality of segments, a unit cell density, or a unit cell shape at various locations.

Abstract: A method of manufacturing a golf club includes receiving user information and selecting at least one parameter of the golf club by a user that is selected from a plurality of parameters. Additional steps include generating a design model of the golf club based on user information or at least one parameter of the golf club in a design space, generating a 3D lattice environment, inlaying the lattice environment into the design model of the golf club, reorienting a first lattice array of the lattice environment according to the user information, adjusting, based on the user interface, at least a thickness, a shape, or a density of a lattice beam of the first lattice array, customizing the at least one parameter based on at least a swing characteristic or a location of center of gravity of the golf club, and printing using an additive manufacturing device.

Abstract: A method for producing a golf club component can include receiving a selection of at least one parameter from a user via a user interface, the at least one parameter being selected from a plurality of parameters. The method can further include generating a design model of the golf club component based on the selected parameter, providing the design model of the golf club component to an additive manufacturing device, and forming the golf club component via the additive manufacturing device.

Abstract: A process of manufacturing a golf club component includes spreading a thin layer of metal powder over a build plane defined over a build platform and bonding, using a laser, portions of the thin layer of metal powder. The spreading and bonding are repeated until the golf club component is formed. The golf club component comprises a lattice structure positioned within an internal cavity of the golf club component and the lattice structure is interrupted by a solid portion that extends along a bottom side of the golf club component from a toe region of the golf club component to a location between the toe region and a heel region of the golf club component.

Abstract: A golf club head includes a body having a crown that is opposite a sole, a toe region, a heel region, a medial region extending between the toe region and the heel region, and an insert cavity at a front side. The golf club head further includes a face insert that has front wall, a rear wall, and a core. The core includes a plurality of channels extending concavely relative to the sole from the heel region to the toe region.

Abstract: A golf club head can include a body having a toe region and a heel region. The golf club body defines an opening to an internal cavity of the body and the opening is surrounded by a perimeter. The golf club head includes a face, a first support member, and a sole plate supported by the first support member and secured to the body at the perimeter. The sole plate is configured to be secured to the body in a plurality of arrangements.

Abstract: A golf club head includes a body having a toe region, a heel region, and a sole weight bar extending between the toe region and the heel region, a sole defining a toe segment, a medial segment, and a heel segment, and a face coupled to the body. A gap is arranged between the sole weight bar and a rear surface of the face. The gap extends around an outer periphery of the sole weight bar and is formed between the sole weight bar and the medial segment of the sole.