Helmet dampening fit system

1. A helmet comprising:

an energy-absorbing layer;

a fit system coupled to the helmet comprising

an adjuster comprising an adjustment wheel rotatably engaged with a left side belt and a right side belt, wherein rotation of the adjustment wheel in a first direction reduces an adjustable inner circumference of the belts and rotation of the adjustment wheel in a second direction increases the adjustable inner circumference of the belts, the adjuster further comprising an adjuster housing comprising at least one width adjustment track on a back surface of the adjuster housing, the at least one width adjustment track comprising a plurality of incremental notches spaced along a length of the at least one width adjustment track;

a first pod comprising a first support arm extending away from the first pod at an outer end of the first pod, the first pod directly attached to the at least one width adjustment track through a first support arm, and indirectly attached to the at least one width adjustment track through the right side belt so that there are two attachment points between the first pod and the adjuster; and

a second pod comprising a second support arm extending away from the second pod at an outer end of the second pod, the second pod directly attached to the at least one width adjustment track through a second support arm, and indirectly attached to the at least one width adjustment track through the left side belt so that there are two attachment points between the second pod and the adjuster;

wherein the first pod is directly attached to the second pod through a hanger adapted to allow for adjustment of a lateral offset between the first pod and the second pod.

2. The helmet of claim 1 , wherein:

the first support arm comprises a first end that is one piece with the first pod and a second end opposite the first end cantilevered away from the first pod and coupled to the width adjustment track; and

the second support arm comprises a first end that is one piece with the second pod and a second end opposite the first end cantilevered away from the second pod and coupled to the width adjustment track.

3. The helmet of claim 2 , wherein:

the left belt and the right belt are each coupled to the helmet such that the movement of the adjustment wheel changes a position of the left and right belts with respect to the adjustment wheel and further changes an adjustable inner circumference of the belts.

4. The helmet of claim 1 , wherein the lateral offset between the first pod and the second pod comprises a distance in a range of 0-70 millimeters.

5. The helmet of claim 1 , wherein at least one of a perpendicular distance between the first pod and the adjuster and a perpendicular distance between the second pod and the adjuster is in a range of 0-30 millimeters.

6. The helmet of claim 1 , wherein the fit system further comprises a plane defined by the first pod and a plane defined by the first support arm, wherein the first pod is positioned in relation to the first support arm at an angle in a range of 0-60 degrees.

7. A helmet comprising:

an energy-absorbing layer;

a fit system coupled to the helmet comprising

an adjuster configured to adjust an inner circumference of the fit system of the helmet through extending and retracting left and right belts engaged by the adjuster to increase and decrease the inner circumference of the fit system;

a first pod comprising a first support arm extending away from an end of the first pod, the first support arm selectively attached to and detachable from the adjuster at a first incremental notch on a back surface of the adjuster, the adjuster further comprising at least a second incremental notch on the back surface of the adjuster adjacent the first incremental notch;

a second pod comprising a second support arm extending away from an end of the second pod, the second support arm selectively attached to and detachable from the adjuster at a third incremental notch on the back surface of the adjuster, the adjuster further comprising at least a fourth incremental notch on the back surface of the adjuster adjacent the third incremental notch, the second pod comprising a lateral offset from the first pod; and

a hanger flexibly attached between the first pod and the second pod-;

wherein attachment of the first support arm and the second support arm to the first incremental notch and third incremental notch, respectively, establishes a first perpendicular distance between the adjuster and the first and second pods, and attachment of the first support arm and the second support arm to the second incremental notch and fourth incremental notch, respectively, establishes a second perpendicular distance, different from the first perpendicular distance, between the adjuster and the first and second pods.

8. The helmet of claim 7 , wherein:

the first support arm comprises a first end that is one piece with the first pod and a second end opposite the first end cantilevered away from the first pod and coupled to the adjuster; and the second support arm comprises a first end that is one piece with-the second pod and a second end opposite the first end cantilevered away from the second pod and coupled to the adjuster.

9. The helmet of claim 7 , wherein at least one of the first perpendicular distance and the second perpendicular distance comprises a distance in a range of 0-70 millimeters.

10. The helmet of claim 7 , further comprising an angle between a plane defined by the first pod and a plane defined by the first support arm, the angle in a range of 0-60 degrees.

11. The helmet of claim 7 , further comprising:

a first pad coupled to a front surface of the first pod; and

a second pad coupled to a front surface of the second pod.

12. The helmet of claim 7 , wherein at least one of the first perpendicular distance and the second perpendicular distance comprises a distance in a range of 0-30 millimeters.

13. A helmet comprising:

an energy-absorbing layer;

a fit system coupled to the helmet comprising

an adjuster comprising an adjustment wheel rotatably engaged with both a left side belt and a right side belt, each of the left side belt and the right side belt coupled to a surface of the helmet, wherein rotation of the adjustment wheel in a first direction reduces an adjustable inner circumference of the belts and rotation of the adjustment wheel in a second direction increases the adjustable inner circumference of the belts, the adjuster further comprising an adjuster housing retaining the adjustment wheel and a housing cover on a back surface of the adjuster housing, the housing cover comprising a left width adjustment track on a left side of the back surface of the adjuster housing and a right width adjustment track on a right side of the back surface of the adjuster housing, each of the left and right width adjustment tracks having a continuous opening through the housing cover and comprising at least first and second incremental notches spaced along a length of each width adjustment track;

a first pod comprising a first support arm extending toward the right width adjustment track from an outer end of the first pod, the first support arm attached to the first incremental notch on the right width adjustment track and configured for selective detachment from the first incremental notch and attachment to the second incremental notch on the right width adjustment track, the first pod is only directly attached to the adjuster housing only through the first support arm, wherein selective attachment of the first support arm to the first incremental notch of the right width adjustment track establishes a first perpendicular distance between the first pod and the adjuster, and selective attachment of the first support arm to the second incremental notch of the right width adjustment track establishes a second perpendicular distance between the first pod and the adjuster different from the first perpendicular distance;

a second pod comprising a second support arm extending toward the left width adjustment track from an outer end of the first pod, the second support arm attached to the first incremental notch on the left width adjustment track and configured for selective detachment from the first incremental notch and attachment to the second incremental notch on the left width adjustment track, the second pod is only directly attached to the adjuster housing through the second support arm, wherein selective attachment of the second support arm to the first incremental notch of the left width adjustment track establishes a first perpendicular distance between the second pod and the adjuster, and selective attachment of the second support arm to the second incremental notch of the left width adjustment track establishes a second perpendicular distance between the second pod and the adjuster different from the first perpendicular distance; and

a hanger flexibly coupled to both the first pod and the second pod and adapted to allow for adjustment of the first pod and the second pod in a direction substantially perpendicular to a rearmost surface of a head of a user.

14. The helmet of claim 13 , wherein a lateral offset between the first pod and the second pod comprises an adjustable distance in a range of 0-70 millimeters.

15. The helmet of claim 13 , wherein at least one of the first perpendicular distance between the first pod and the adjuster and the first perpendicular distance between the second pod and the adjuster-comprises a distance in a range of 0-30 millimeters.

16. The helmet of claim 13 , further comprising a plane defined by the first pod and a plane defined by the first support arm, wherein the first pod is positioned in relation to the first support arm at an angle in a range of 0-60 degrees.