In-molded helmet chinbar

1. A helmet, comprising:

a shell having an exterior surface and an interior surface, the shell further comprising:

a shell bottom edge defining a first portion of a continuous bottom edge surrounding a neck opening through which a head of a wearer of the helmet passes;

a padding disposed along the interior surface of the shell, the padding defining a first engagement surface positioned at a first lateral side of the padding and a second engagement surface positioned at an opposing second lateral side of the padding; and

a chinbar defining an individual, unitary component of the helmet, the chinbar comprising:

a cage configured to extend around a chin of a wearer of the helmet, the cage comprising a first end defining a third engagement surface and a second end defining a fourth engagement surface, the cage further comprising:

a central portion comprising a central aperture aligned along a central axis of the chinbar;

a right portion comprising a right aperture, the right aperture extending from a first portion of the cage proximate to the central aperture to a second portion of the cage proximate to the first end of the cage;

a left portion comprising a left aperture, the left aperture extending from a third portion of the cage proximate to the central aperture to a fourth portion of the cage proximate to the second end of the cage; and

a chinbar bottom edge defining a second portion of the continuous bottom edge, wherein the shell bottom edge and the chinbar bottom edge together form the continuous bottom edge; and

a first flange extending from the first end of the cage, the first flange comprising a plurality of first flange apertures configured to allow the padding to flow therethrough; and

a second flange extending from the second end of the cage, the second flange comprising a plurality of second flange apertures configured to allow the padding to flow therethrough;

wherein the third engagement surface of the chinbar interfaces with the first engagement surface of the padding and the fourth engagement surface of the chinbar interfaces with the second engagement surface of the padding; and

wherein the first flange of the chinbar is embedded within the first lateral side of the padding and the second flange of the chinbar is embedded within the opposing second lateral side of the padding.

2. The helmet of claim 1 , wherein the chinbar comprises a first material, the shell comprises a second material, and the padding comprises a third material, wherein the first material of the chinbar is different than at least one of the second material of the shell and the third material of the padding.

3. The helmet of claim 2 , wherein the first material of the chinbar is different than the second material of the shell and the third material of the padding.

4. The helmet of claim 1 , wherein the third engagement surface of the chinbar has a different width than a width of at least one of the shell and the first engagement surface of the padding, and wherein the fourth engagement surface of the chinbar has a different width than a width of at least one of the shell and the second engagement surface of the padding.

5. The helmet of claim 1 , wherein the first flange and the second flange increase in at least one of height and thickness along a length thereof.

6. The helmet of claim 1 , wherein the first flange and the second flange include a plurality of extensions that fan out within the padding.

7. The helmet of claim 1 , wherein the shell, the padding, and the first flange each define corresponding first apertures that receive a first fastener to secure the shell and the first flange to the padding, and wherein the shell, the padding, and the second flange each define corresponding second apertures that receive a second fastener to secure the shell and the second flange to the padding.

8. The helmet of claim 1 , wherein the shell further comprises: a first shell engagement portion; a second shell engagement portion; a first shell aperture positioned proximate to the first shell engagement portion; and a second shell aperture positioned proximate to the second shell engagement portion;

wherein the right aperture is positioned forward of a first engagement region of the helmet where the first end of the cage contacts the first shell engagement portion;

wherein the left aperture is positioned forward of a second engagement region of the helmet where the second end of the cage contacts the second shell engagement portion;

wherein the first shell aperture is positioned rearward of the first engagement region, and

wherein the second shell aperture is positioned rearward of the second engagement region.

9. A helmet chinbar configured to couple with a shell of a helmet, the shell comprising: a shell bottom edge defining a first portion of a continuous bottom edge surrounding a neck opening through which a head of a wearer of the helmet passes, the helmet chinbar comprising:

a cage configured to extend around a chin of a wearer of a helmet, the cage comprising a first attachment end and a second attachment end, the cage further comprising:

a central portion comprising a central aperture aligned along a central axis of the helmet chinbar;

a right portion comprising a right aperture, the right aperture extending from a first portion of the cage proximate to the central aperture to a second portion of the cage proximate to the first attachment end of the cage;

a left portion comprising a left aperture, the left aperture extending from a third portion of the cage proximate to the central aperture to a fourth portion of the cage proximate to the second attachment end of the cage; and

a chinbar bottom edge defining a second portion of the continuous bottom edge, wherein the shell bottom edge and the chinbar bottom edge together form the continuous bottom edge; and

a first attachment member comprising a first plate extending from the first attachment end of the cage, the first plate comprising a plurality of first plate apertures; and

a second attachment member comprising a second plate extending from the second attachment end of the cage, the second plate comprising a plurality of second plate apertures,

wherein the first plate and the second plate of the helmet chinbar are configured to embed within a padding of the helmet to attach the cage to the helmet,

wherein the plurality of first plate apertures and the plurality of second plate apertures are configured to allow the padding of the helmet to pass therethrough,

wherein the first plate and the second plate increase in at least one of height and thickness along a length thereof, and

wherein the helmet chinbar defines an individual, unitary component of the helmet.

10. The helmet chinbar of claim 9 , wherein the helmet chinbar comprises a material comprising at least one of a lightweight plastic, a plastic composite, carbon fiber, aramid fiber, fiberglass, polycarbonate, and acrylonitrile butadiene styrene.

11. The helmet chinbar of claim 9 , wherein the shell further comprises: a first shell engagement portion; a second shell engagement portion; a first shell aperture positioned proximate to the first shell engagement portion; a second shell aperture positioned proximate to the second shell engagement portion;

wherein the right aperture is positioned forward of a first engagement region of the helmet where the first attachment end of the cage contacts the first shell engagement portion;

wherein the left aperture is positioned forward of a second engagement region of the helmet where the second attachment end of the cage contacts the second shell engagement portion;

wherein the first shell aperture is positioned rearward of the first engagement region, and

wherein the second shell aperture is positioned rearward of the second engagement region.

12. A helmet, comprising:

a shell having an exterior surface and an interior surface, the shell further comprising:

a first shell engagement portion;

a second shell engagement portion;

a first shell aperture positioned proximate to the first shell engagement portion;

a second shell aperture positioned proximate to the second shell engagement portion; and

a shell bottom edge defining a first portion of a continuous bottom edge surrounding a neck opening through which a head of a wearer of the helmet passes;

a padding disposed along the interior surface of the shell; and

a chinbar defining an individual, unitary component of the helmet, the chinbar comprising:

a cage configured to extend around a chin of the wearer of the helmet, the cage comprising:

a central portion comprising a central aperture aligned along a central axis of the chinbar;

a right portion comprising a first attachment end and a right aperture, the right aperture extending from a first portion of the cage proximate to the central aperture to a second portion of the cage proximate to the first attachment end, the first attachment end configured to contact the shell, the right aperture being positioned forward of a first engagement region of the helmet where the first attachment end contacts the first shell engagement portion;

a left portion comprising a second attachment end and a left aperture, the left aperture extending from a third portion of the cage proximate to the central aperture to a fourth portion of the cage proximate to the second attachment end, the second attachment end configured to contact the shell, the left aperture being positioned forward of a second engagement region of the helmet where the second attachment end contacts the second shell engagement portion; and

a chinbar bottom edge defining a second portion of the continuous bottom edge, wherein the shell bottom edge and the chinbar bottom edge together form the continuous bottom edge,

wherein the first shell aperture is positioned rearward of the first engagement region, and

wherein the second shell aperture is positioned rearward of the second engagement region, and

wherein the central aperture, the right aperture, and the left aperture reduce an overall weight of the helmet and increase ventilation into an internal cavity of the helmet, while maintaining a structural integrity of the chinbar.

13. The helmet of claim 12 , wherein the central portion further comprises at least three central apertures, the at least three central apertures comprising:

the central aperture;

a second central aperture positioned offset from the central axis; and

a third central aperture positioned offset from the central axis.

14. The helmet of claim 13 , wherein the second central aperture and the third central aperture do not intersect with the central axis.

15. The helmet of claim 13 , wherein the central aperture and the right aperture are laterally spaced apart along the cage by a fifth portion of the cage, and wherein the central aperture and the left aperture are laterally spaced apart along the cage by a sixth portion of the cage.

16. The helmet of claim 12 , wherein the cage further comprises:

an outermost surface;

an innermost surface; and

wherein at least a portion of each of the right aperture and the left aperture extend from the outermost surface to the innermost surface.

17. The helmet of claim 12 , wherein the shell further comprises:

a first circular aperture configured to receive a fastener, the first circular aperture positioned adjacent to and rearward of the first engagement region, wherein a first distance between the first shell aperture and the shell bottom edge is less than a second distance between the first circular aperture and the shell bottom edge.

18. A helmet, comprising:

a shell having an exterior surface and an interior surface, the shell further comprising:

a first shell engagement portion positioned on a right side of an internal cavity of the helmet, the first shell engagement portion configured to engage at least a portion of a cage of the helmet;

a second shell engagement portion positioned on a left side of the internal cavity of the helmet, the second shell engagement portion configured to engage at least a portion of the cage;

a padding disposed along the interior surface of the shell;

the cage defining at least a part of an individual, unitary component of the helmet, the cage configured to extend around at least a chin of a wearer of the helmet, the cage comprising:

a central portion comprising a central aperture aligned along a central axis of the chinbar;

a right portion comprising a first cage engagement portion and a right aperture, the right aperture comprising opposing short sides and opposing long sides, the right aperture extending between the opposing short sides of the right aperture from a first portion of the cage proximate to the central aperture to a second portion of the cage proximate to the first cage engagement portion, the first cage engagement portion configured to contact the shell, the right aperture being positioned forward of a first engagement region of the helmet where the first cage engagement portion contacts the first shell engagement portion;

a left portion comprising a second cage engagement portion and a left aperture, the left aperture comprising opposing short sides and opposing long sides, the left aperture extending between the opposing short sides of the left aperture from a third portion of the cage proximate to the central aperture to a fourth portion of the cage proximate to the second cage engagement portion, the second cage engagement portion configured to contact the shell, the left aperture being positioned forward of a second engagement region of the helmet where the second cage engagement portion contacts the second shell engagement portion; and

a cage bottom edge defining at least a portion of a continuous bottom edge surrounding a neck opening through which a head of the wearer of the helmet passes;

a first aperture positioned proximate to the first shell engagement portion and rearward of the first engagement region; and

a second aperture positioned proximate to the second shell engagement portion and rearward of the second engagement region;

wherein the central aperture, the right aperture, and the left aperture reduce an overall weight of the helmet and increase ventilation into an internal cavity of the helmet, while maintaining a structural integrity of the chinbar.

19. The helmet of claim 18 , wherein the cage further comprises:

an outermost surface;

an innermost surface; and

wherein at least a portion of each of the right aperture and the left aperture extend from the outermost surface to the innermost surface.

20. The helmet of claim 18 , further comprising:

a first circular aperture configured to receive a first fastener, wherein the first circular aperture is positioned adjacent to at least one side of the first aperture.