Abstract: A set of shoes for use by members of a team. The shoes allow for a uniform appearance in a team environment by way of substantially similar uppers, while providing individualized performance specifications, with respect to support and breathability, for each upper. The substantially similar appearance of the upper may be due to material overlays, stitch patterns, color scheme and/or perforations and may be based on team criteria. The uppers are materially different from each other due to internal or external supports, material types and/or breathability. The substantially similar upper provides a uniform appearance for the team. The individualized performance specifications of each upper provide the comfort, performance and/or safety preferences desired by each player.

Abstract: A set of shoes for use by members of a team. The shoes allow for a uniform appearance in a team environment by way of substantially similar uppers, while providing individualized performance specifications, with respect to support and breathability, for each upper. The substantially similar appearance of the upper may be due to material overlays, stitch patterns, color scheme and/or perforations and may be based on team criteria. The uppers are materially different from each other due to internal or external supports, material types and/or breathability. The substantially similar upper provides a uniform appearance for the team. The individualized performance specifications of each upper provide the comfort, performance and/or safety preferences desired by each player.

Abstract: The invention is an article of footwear having a sole comprised of one or more support elements formed of a resilient, compressible material. The support elements are designed such that impact forces generated by movements of a wearer deflect the support elements in a manner that produces a force directed to center the wearer's foot above the sole. The directed deflection characteristics of the support elements are due to a downward cant of the support elements' upper surfaces and flexion indentations that facilitate bending in one direction.

Abstract: A bladder for a sole assembly of a shoe with three dimensional controlled flex connecting/tensile members extending between the top and bottom outer layers of bladder. The connecting/tensile members are formed during molding of the bladder and comprise top and bottom portions that come together at a juncture. Since the outer perimeter and the internal connecting/tensile members are formed at the same time and of the same material, bonding problems between layers is eliminated and manufacturing is simplified. The connecting/tensile members are formed with a predetermined flex point in at least a portion of each member to reduce random fatigue stress concentrations. Broadly, there are two configurations: one in which the tensile member is constructed to collapse upon compressive loading, and one in which the tensile member is constructed to bend or fold upon compressive loading in a predetermined location.