Abstract: A footbed is disclosed that is for use with a shoe. The footbed includes static and dynamic chambers for cushioning a wearer's foot. The static chambers are isolated from one another and the dynamic chambers. The dynamic chambers are in fluid communication and fluid therein is free to flow during a wearer's walk cycle.

Abstract: The present invention is directed toward a shoe comprising an upper and a sole. The sole has a heel portion that includes an outsole and a gel cushion. Preferably, the heel portion has a cushioning factor of at least about 1.18.

Abstract: The present invention is directed to an outsole for use with a shoe and a shoe having an improved outsole. The outsole includes a forward portion and a rearward portion that are connected by a ball-and-socket connection that allows the portions to move freely. The outsole may include a flexible member disposed between two pieces, for example, of the forward portion to allow these pieces to flex freely. The outsole may be used with a sole construction that includes a gel cushion that is adjacent a transparent window member of the outsole.

Abstract: A footbed system is disclosed which includes at least one sole pad and at least two heel cups. Each heel cup including a base and a side wall extending from the base on the medial and lateral sides thereof. The volume of the side walls of each heel cup is varied to accommodate different width heels of users. The volume is modified by changing the height and/or thickness of the heel cup side walls. A cushion is coupled to the lower surface of the sole pad in a forefoot region and a damper is coupled to the lower surface of the sole pad in a heel region. The sole pad is detachably connectable to the heel cup that best accommodates the user's heel width.

Abstract: A footbed system is disclosed which includes at least one sole pad and at least two heel cups. Each heel cup including a base and a side wall extending from the base on the medial and lateral sides thereof. The volume of the side walls of each heel cup is varied to accommodate different width heels of users. The volume is modified by changing the height and/or thickness of the heel cup side walls. A cushion is coupled to the lower surface of the sole pad in a forefoot region and a damper is coupled to the lower surface of the sole pad in a heel region. The sole pad is detachably connectable to the heel cup that best accommodates the user's heel width.

Abstract: A footbed system is disclosed which includes at least one sole pad and at least two heel cups. Each heel cup including a base and a side wall extending from the base on the medial and lateral sides thereof. The volume of the side walls of each heel cup is varied to accommodate different width heels of users. The volume is modified by changing the height and/or thickness of the heel cup side walls. A cushion is coupled to the lower surface of the sole pad in a forefoot region and a damper is coupled to the lower surface of the sole pad in a heel region.