A footwear designed for post-workout muscle recovery, while having the aesthetic appearance of a formal shoe, a semi-formal shoe, or business casual shoe, is provided herein. The recovery shoe comprises a recovery footbed cradled in a cup sole. An upper is attached to a last, and the two are attached to the cup sole. The recovery footbed comprises a forefoot portion having a substantially uniform forefoot thickness, and a heel section having a heel thickness greater than the forefoot thickness. The cup sole comprises a last receiving portion and a peripheral sidewall. The rearfoot height of the peripheral sidewall is smaller than the heel thickness of the recovery footbed and the forefoot height of the peripheral sidewall is larger than the forefoot thickness of the recovery footbed.

A footwear designed for post-workout muscle recovery, while having the aesthetic appearance of a formal shoe, a semi-formal shoe, or business casual shoe, is provided herein. The recovery shoe comprises a recovery footbed cradled in a cup sole. An upper is attached to a last, and the two are attached to the cup sole. The recovery footbed comprises a forefoot portion having a substantially uniform forefoot thickness, and a heel section having a heel thickness greater than the forefoot thickness. The cup sole comprises a last receiving portion and a peripheral sidewall. The rearfoot height of the peripheral sidewall is smaller than the heel thickness of the recovery footbed and the forefoot height of the peripheral sidewall is larger than the forefoot thickness of the recovery footbed.

A method for forming a plate includes attaching a first strand portion to a flexible substrate to form a first layer on the substrate and positioning a second strand portion on the first layer to form a second layer on the first layer in a plurality of discrete regions on the substrate. The method also includes positioning a plurality of traction elements into corresponding cavities formed into a first mold surface and positioning the substrate on the first mold surface to change a shape of the substrate. At least one of heat and pressure is applied to the first strand portion, the second strand portion, the substrate, and the traction elements to conform the substrate to the shape of the first mold surface and form the traction elements into the substrate at each of the discrete regions. The method also includes incorporating the substrate into an article of footwear.

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 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.

The present disclosure describes a shoe that may be transformed from a high heel shoe to a low heel shoe. The shoe may include three parts: a removable stelo, a removable high heel attachment, and the corresponding attachment systems integrated into the base shoe sole. The removable high heel attachment may be a standard heel of any design, width and height that has a locking system comprising a threaded post located at the heel base. When the stelo and heel attachment are attached, the shoe may be a high heel shoe. When they are removed, the shoe may be a low heel shoe, or flat shoe.

The present disclosure describes a shoe that may be transformed from a high heel shoe to a low heel shoe. The shoe may include three parts: a removable stelo, a removable high heel attachment, and the corresponding attachment systems integrated into the base shoe sole. The removable high heel attachment may be a standard heel of any design, width and height that has a locking system comprising a threaded post located at the heel base. When the stelo and heel attachment are attached, the shoe may be a high heel shoe. When they are removed, the shoe may be a low heel shoe, or flat shoe.

A shoe outsole structure includes: a first outsole component made of a deformable soft resin material and configured to entirely support a plantar surface spreading from a forefoot to a hindfoot; and a second outsole component integrally formed on top of the first outsole component, made of a hard resin material which has a higher rigidity than the first outsole component, and configured to support a region, of the plantar surface, which is continuous from a rear portion, of the forefoot, located rearward of metatarsophalangeal joints to the hindfoot.

A shoe outsole structure includes: a first outsole component made of a deformable soft resin material and configured to entirely support a plantar surface spreading from a forefoot to a hindfoot; and a second outsole component integrally formed on top of the first outsole component, made of a hard resin material which has a higher rigidity than the first outsole component, and configured to support a region, of the plantar surface, which is continuous from a rear portion, of the forefoot, located rearward of metatarsophalangeal joints to the hindfoot.

The invention relates to heeled footwear such as a shoe or boot comprising a sole assembly and a heel part. The heel part comprises an insert formed in a first material. The insert comprises a core body delimited by an upper surface, a lower bottom surface, and an outer surface connecting the upper and lower surfaces. At least a part of the outer surface is encased in a second material different from the first material. The outer material forms an outer contour layer of the heel part, and the sole assembly comprises an outsole formed in the second material, said second material being softer than the first material. The outsole and the outer contour layer are designed to be formed in one piece providing an outer sole unit being one component.