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Supercritical midsoles — generated sole development conceptPremium line

Generated concept visual · Construction and specifications are project-specific.

Material & Process

Supercritical midsoles

Explore supercritical midsole development around the intended application, polymer grade and complete sole construction. Define the material targets and evaluation plan before comparing samples.

Midsole component developmentMidsole and outsole assembly reviewComplete-footwear project feasibility review
Build a project brief

Start with
the right questions.

A supercritical foam brief needs more than a process name. Start with the reference geometry, desired underfoot response and cost target, then review the candidate polymer, foaming route and assembly requirements with the factory. Sample comparisons should use agreed conditioning and measurement methods, with results tied to the actual component version.

Project overview

A direction to develop.
A brief to define.

Project conditions for Supercritical midsoles
Project formatMidsole · Sole unit · Footwear project
ApplicationRoad-running midsole development, Cushioned everyday footwear concepts, Slide and one-piece foam footwear briefs
SpecificationDefined with your brief, reference size and agreed evaluation methods.
CustomisationMaterial, geometry, colour, branding and construction reviewed by project.
Tooling & quantityExisting or new tooling, size mix and order conditions confirmed after review.
Next stepShare references, priorities and the questions your sample should answer.
Bring to the conversation

What we’ll define together.

  • Polymer grade and proposed foaming route
  • Density, hardness and rebound methods with conditioning
  • Component architecture and colour requirements
  • Reference-size dimensions, mass and tolerances
  • Outsole coverage and assembly interfaces
  • Compression and durability evaluation plan
  • Tooling scope, sample costs and project timing
Keep the application in view

Trade-offs worth discussing.

  • Review component mass together with geometry, dimensional stability and the intended evaluation criteria. A lower density alone does not settle the design.
  • Compare candidate polymer grades and processing routes against the same sample brief, including bonding and finishing requirements.
  • Check the proposed outsole and bonding system on the actual foam construction before approving the assembly.

Your starting questions.

  • Which wearer, use case and reference size define the project?
  • Which material properties and test methods will guide sample comparison?
  • Does the design require separate materials, colours or component assemblies?
  • Is the starting point a permitted existing tool or a new tooling proposal?
Keep exploring

Another direction
for your collection.

Running sole systems — illustrative sole conceptRunning Construction
Performance / Running

Running sole systems

Develop a road-running sole around the runner, training purpose and intended construction. Review midsole geometry, outsole coverage and the upper interface as one specification.

Carbon-plate systems — illustrative sole conceptPlate & Assembly
Performance / Carbon

Carbon-plate systems

Explore plate integration as part of the complete sole system. Define the plate’s purpose, geometry, material and position alongside the surrounding foam and outsole.

Kids & junior soles — illustrative sole conceptAge-Range Development
Everyday / Kids

Kids & junior soles

Plan kids’ and junior footwear around the specified age range, last and use case. Coordinate component dimensions, flex evaluation, surface contact and market requirements within a clear development brief.

From a concept.
To a clearer brief.

Bring an application, a reference or an open question. Let’s turn it into a useful development brief.

Start a project
Find the right starting point

Compare applications.

Application concepts, not verified production specifications. Material, construction, tooling and commercial conditions are confirmed for the actual project.

A closer look

Sole reference

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