Golf club heads and methods to manufacture golf club heads
Embodiments of golf club heads and methods to manufacture golf club heads are generally described herein. In one example, a golf club head may include a body portion having a toe portion, a heel portion, a top portion, a sole portion, a front portion, a back portion, a hosel portion, a first interior cavity, and a hosel transition portion between the first interior cavity and the hosel portion. The golf club head may include a second interior cavity extending into the hosel transition portion and connected to the first interior cavity. The body portion may include a port connected to the first interior cavity. The first interior cavity may be filled with a polymer material from the port. The golf club head may include a mass portion located at or below a horizontal midplane of the body portion. Other examples and embodiments may be described and claimed.
1. A golf club head comprising:
a hollow body portion having a toe portion with a toe portion edge, a heel portion with a heel portion edge, a hosel portion, a top portion with a top portion edge, a sole portion with a sole portion edge, a front portion having a front opening with a front wall portion at or proximate to the heel portion of the body portion, and a back portion with a back wall portion;
a face portion coupled to the hollow body portion enclosing the front opening of the front portion to create a first interior cavity extending between the front wall portion and the toe portion edge, the face portion having a heel-side edge portion coupled to the front wall portion of the front opening;
a hosel transition portion extending between the front wall portion of the front opening and the hosel portion;
a second interior cavity extending from the first interior cavity into the hosel transition portion and connected to the first interior cavity, the second interior cavity extending from a location at or proximate to a top edge portion of the top portion to a location at or proximate to a sole edge portion of the sole portion, and the second interior cavity extending from the face portion toward the hosel portion;
a port below a horizontal midplane of the hollow body portion;
a mass portion on the back wall portion and made from a material having a greater density than a density of a material of the hollow body portion; and
a channel on the back wall portion, the channel including at least one groove extending from the toe portion edge toward the heel portion edge,
wherein a distance between the port and the toe portion edge is substantially less than a distance between the port and the hosel portion,
wherein a distance between the port and the horizontal midplane is greater than a distance between the port and the sole portion edge,
wherein the port is connected to the first interior cavity to provide a connected port,
wherein the first interior cavity and the second interior cavity are at least partially filled with a polymer material from the connected port,
wherein a height of the second interior cavity extending between the top portion edge and the sole portion edge is substantially greater than a depth of the second interior cavity extending between the face portion and the hosel portion, and
wherein a height of the second interior cavity extending between the top portion edge and the sole portion edge is substantially greater than a width of the second interior cavity extending between the face portion and the back wall portion.
2. A golf club head as defined in claim 1 , wherein a width of the at least one groove decreases from the toe portion edge toward the heel portion edge, and wherein a distance between the at least one groove and the horizontal midplane of the hollow body portion increases from the toe portion edge toward the heel portion edge.
3. A golf club head as defined in claim 1 , wherein a distance between the mass portion and the horizontal midplane is greater than a distance between the mass portion and the sole portion edge.
4. A golf club head as defined in claim 1 , wherein the port is configured to receive the mass portion to close the port.
5. A golf club head as defined in claim 1 wherein the mass portion has a length extending between the toe portion edge and the hosel portion and a width extending between the top portion edge and the sole portion edge, wherein the length is substantially greater than the width, and wherein the port is configured to receive the mass portion to close the port.
6. A golf club head as defined in claim 1 further comprising at least another mass portion above the horizontal midplane and made from a material having a greater density than the material of the hollow body portion.
7. A golf club head as defined in claim 1 further comprising a plurality of mass portions below the horizontal midplane and a plurality of mass portions above the horizontal midplane.
8. A golf club comprising:
a shaft;
a golf club head including a hollow body portion having a toe portion with a toe portion edge, a heel portion with a heel portion edge, a hosel portion coupled to the shaft, a top portion with a top portion edge, a sole portion with a sole portion edge, a front portion having a front opening with a front wall portion at or proximate to the heel portion of the body portion, and a back portion with a back wall portion;
a face portion coupled to the hollow body portion enclosing the front opening of the front portion to create a first interior cavity extending between the front wall portion and the toe portion edge, the face portion having a heel-side edge portion coupled to the front wall portion of the front opening;
a hosel transition portion of the golf club head extending between the front wall portion of the front opening and the hosel portion;
a second interior cavity of the golf club head extending from the first interior cavity into the hosel transition portion and connected to the first interior cavity, the second interior cavity extending from a location at or proximate to a top edge portion of the top portion to a location at or proximate to a sole edge portion of the sole portion, and the second interior cavity extending from the face portion toward the hosel portion;
a port of the golf club head below a horizontal midplane of the hollow body portion;
a mass portion on the back wall portion of the back portion of the golf club head, the mass portion made from a material having a greater density than a density of a material of the hollow body portion; and
a channel on the back wall portion of the back portion of the golf club head, the channel including at least one groove extending from the toe portion edge toward the heel portion edge,
wherein a distance between the port and the toe portion edge is substantially less than a distance between the port and the hosel portion,
wherein a distance between the port and the horizontal midplane is greater than a distance between the port and the sole portion edge,
wherein the port is connected to the first interior cavity to provide a connected port,
wherein the first interior cavity and the second interior cavity are at least partially filled with a polymer material from the connected port,
wherein a height of the second interior cavity extending between the top portion edge and the sole portion edge is substantially greater than a depth of the second interior cavity extending between the face portion and the hosel portion, and
wherein a height of the second interior cavity extending between the top portion edge and the sole portion edge is substantially greater than a width of the second interior cavity extending between the face portion and the back wall portion.
9. A golf club as defined in claim 8 , wherein a width of the at least one groove decreases from the toe portion edge toward the heel portion edge, and wherein a distance between the at least one groove and the horizontal midplane of the hollow body portion increases from the toe portion edge toward the heel portion edge.
10. A golf club as defined in claim 8 , wherein a distance between the mass portion and the horizontal midplane is greater than a distance between the mass portion and the sole portion edge.
11. A golf club as defined in claim 8 , wherein the port is configured to receive the mass portion to close the port.
12. A golf club as defined in claim 8 wherein the mass portion has a length extending between the toe portion edge and the hosel portion and a width extending between the top portion edge and the sole portion edge, wherein the length is substantially greater than the width, and wherein the port is configured to receive the mass portion to close the port.
13. A golf club as defined in claim 8 further comprising at least another mass portion above the horizontal midplane and made from a material having a greater density than the material of the hollow body portion.
14. A golf club as defined in claim 8 further comprising a plurality of mass portions below the horizontal midplane and a plurality of mass portions above the horizontal midplane.
15. A method comprising:
forming a hollow body portion of a golf club head comprising:
a toe portion with a toe portion edge;
a heel portion with a heel portion edge;
a hosel portion;
a top portion with a top portion edge;
a sole portion with a sole portion edge;
a front portion having a front opening with a front wall portion at or proximate to the heel portion of the body portion;
a back portion with a back wall portion;
a hosel transition portion extending between the front wall portion of the front opening and the hosel portion;
a port below a horizontal midplane of the hollow body portion;
a mass portion on the back wall portion and made from a material having a greater density than a density of a material of the hollow body portion; and
a channel on the back wall portion, the channel including at least one groove extending from the toe portion edge toward the heel portion edge;
attaching a face portion to the hollow body portion to enclose the front opening of the front portion to form:
a first interior cavity extending between the front wall portion and the toe portion edge, the face portion having a heel-side edge portion coupled to the front wall portion of the front opening; and
a second interior cavity extending from the first interior cavity into the hosel transition portion and connected to the first interior cavity, the second interior cavity extending from a location at or proximate to a top edge portion of the top portion to a location at or proximate to a sole edge portion of the sole portion, and the second interior cavity extending from the face portion toward the hosel portion;
wherein a distance between the port and the toe portion edge is substantially less than a distance between the port and the hosel portion,
wherein a distance between the port and the horizontal midplane is greater than a distance between the port and the sole portion edge,
wherein the port is connected to the first interior cavity to provide a connected port,
wherein the first interior cavity and the second interior cavity are at least partially filled with a polymer material from the connected port,
wherein a height of the second interior cavity extending between the top portion edge and the sole portion edge is substantially greater than a depth of the second interior cavity extending between the face portion and the hosel portion, and
wherein a height of the second interior cavity extending between the top portion edge and the sole portion edge is substantially greater than a width of the second interior cavity extending between the face portion and the back wall portion.
16. A method as defined in claim 15 , wherein forming the hollow body portion comprises forming the at least one groove such that a width of the at least one groove decreases from the toe portion edge toward the heel portion edge, and wherein a distance between the at least one groove and the horizontal midplane of the hollow body portion increases from the toe portion edge toward the heel portion edge.
17. A method as defined in claim 15 comprising forming the hollow body portion such that a distance between the mass portion and the horizontal midplane is greater than a distance between the mass portion and the sole portion edge.
18. A method as defined in claim 15 comprising inserting the mass portion into the port to close the port.
19. A method as defined in claim 15 further comprising forming the mass portion such that the mass portion has a length extending between the toe portion edge and the hosel portion and a width extending between the top portion edge and the sole portion edge, wherein the length is substantially greater than the width, and wherein the port is configured to receive the mass portion to close the port.
20. A method as defined in claim 15 further comprising providing at least another mass portion above the horizontal midplane and made from a material having a greater density than the material of the hollow body portion.
21. A method as defined in claim 15 further comprising providing a plurality of mass portions below the horizontal midplane and a plurality of mass portions above the horizontal midplane.