A shoe includes: a sole made of an elastic material and including a planta support configured to support a plantar surface of a foot; an upper attached to the sole and configured to cover the foot; and a heel counter provided above the planta support, arranged in a heel area of the upper, and covering a region of the foot from a medial side portion to a lateral side portion. The heel counter includes, in a lower rear portion of the heel area, a notch (deformation allowance portion) which is configured to allow impact deformation caused by upward movement of a rear portion of the planta support when the sole receives impact.

A device configured to surround a portion of a foot-receiving cavity at a heel region of an article of footwear includes a control bar having a center segment, a medial side arm extending from the center segment, and a lateral side arm spaced from the medial side arm and extending from the center segment. The device may include an extension extending toward the control bar. At least a portion of the control bar may be elastically deformable under an applied force depressing the control bar toward the extension, and the extension may limit movement of the control bar. The control bar may be adapted to return to an unloaded position upon removal of the applied force.

An article of footwear includes an upper defining a foot-receiving cavity with a heel region, and a heel support device extending around the rear of a heel region from a lateral side to a medial side. The heel support device may include a plurality of slats and a base, the plurality of slats providing a progressive gradient of lengths and/or widths, and/or one or more pegs extending from the device for attachment to a footwear upper, and/or an elongated tip that may be disposed in a cavity of an extension of a heel collar of the upper.

A footwear article includes an upper defining apertures spaced apart from one another in a first arrangement. A heel structure has a deformable element attached to a base. The deformable element has pegs spaced apart from one another in the first arrangement and extending through the apertures in the upper. A method of manufacturing a footwear article includes placing a deformable element between an inner layer and an outer layer of an upper and attaching the deformable element to a rigid base. The deformable element includes at least one peg extending outward toward the outer layer. The method includes inserting the peg through the outer layer so that the peg extends through the outer layer and is exposed at an exterior surface of the outer layer. After inserting the peg of the footwear element through the outer layer of the upper, the peg is secured at the exterior surface of the outer layer.

A footwear article includes a collar elevator to raise an ankle collar from a lowered position to a raised position. For example, the ankle collar may be lowered when a wearer slides a foot into or out of the footwear article. The collar elevator may include a forwardly inclined angle. In addition, the footwear article may include a doffing ledge, in some instances, which includes characteristics based on the forwardly inclined angle.

An article of footwear includes an upper defining apertures spaced apart from one another in a first arrangement. A footwear element has pegs spaced apart from one another in the first arrangement and extending through the apertures in the upper. The pegs are secured at a surface of the upper. A method of manufacturing an article of footwear includes placing a footwear element between an inner layer of an upper and an outer layer of the upper. The footwear element includes at least one peg extending outward toward the outer layer. The method includes inserting the peg through the outer layer so that the peg extends through the outer layer and is exposed at an exterior surface of the outer layer. After inserting the peg of the footwear element through the outer layer of the upper, the peg is secured at the exterior surface of the outer layer.

An article of footwear includes a sole structure that has a front midsole component and a rear midsole component. A connecting member connects the front midsole component to the rear midsole component. The connecting member defines a groove at a lower side of the sole structure between the front midsole component and the rear midsole component. The front midsole component and the rear midsole component are pivotable relative to one another at the groove between a use position and an access position. Confronting surfaces of the connecting member at the groove are closer to one another in the access position than in the use position so that the groove is relatively open in the use position, and the groove is relatively closed in the access position.

A footwear article includes a collar elevator that returns an ankle collar from a lowered state that is conducive to donning up to a raised state that secures the wearer's foot during wear. The collar elevator may be arranged at various positions among the footwear article, such as above or below a strobel. The collar elevator may be coupled to the footwear article using various connectors. The footwear article may have other features, such as an ankle collar, that are configured in a manner to work together with the collar elevator.

An article of footwear has an upper and a heel system. The heel system may include a heel cage secured to a heel portion of the upper, and a heel counter. The heel counter may extend along the rear of the heel portion to an upper extent above the upper bar.

A footwear article includes an upper defining apertures spaced apart from one another in a first arrangement. A heel structure has a deformable element attached to a base. The deformable element has pegs spaced apart from one another in the first arrangement and extending through the apertures in the upper. A method of manufacturing a footwear article includes placing a deformable element between an inner layer and an outer layer of an upper and attaching the deformable element to a rigid base. The deformable element includes at least one peg extending outward toward the outer layer. The method includes inserting the peg through the outer layer so that the peg extends through the outer layer and is exposed at an exterior surface of the outer layer. After inserting the peg of the footwear element through the outer layer of the upper, the peg is secured at the exterior surface of the outer layer.