Next level performance
‍& unique sensation

Pure energy that you can feel

Exclusive TPA compound and high-travel lattice geometries return up to 88% of impact energy, making every stride feel like the shoe is working for you.

Targeted cushioning

Variable-density zones react to your unique stride pattern, letting the midsole follow your lead. We’ve designed shoes to adapt to your body, not the other way around.

Lightweight without compromise

Our ultra-optimized cushioning structures break the traditional trade-offs of footwear engineering: proving lightness, durability, and support can finally coexist.

Sensation

Performance should not be boring.
Printed mechanical structures and high resiliency performance polymers allow us to create underfoot cushioning with much more travel than regular foams. You can feel the raw concept of energy underfoot as you push your limits further, sending a strong dynamic signal to your brain :
our unique running sensation.

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Tech & Materials

Exclusive tech & materials that make the difference

Data Driven Mechanical Cushioning
HIGH RESILIENCY THERMOPLASTIC ELASTOMER
EXCLUSIVE INDUSTRIAL ADDITIVE TECHNOLOGY
Data Driven Mechanical Cushioning
Our focus goes beyond standard design. We leverage unparalleled mechanical engineering know-how through computational tools, custom scripting, and additive capabilities. This enables a level of geometric complexity, material customization, and biomechanical personalization that's impossible with traditional foams, truly engineering performance into every midsole.
HIGH RESILIENCY THERMOPLASTIC ELASTOMER
Our unique PEBA (TPA) material, supplied exclusively to SomethingAdded by Evonik, offers an optimized mass-to-stiffness ratio, enabling lightweight midsoles with exceptional energy return and a unique cushioning.
EXCLUSIVE INDUSTRIAL ADDITIVE TECHNOLOGY
Years of investment by HP in Multi Jet Fusion (MJF) technology, culminating in an industrial demonstrator acquired by SomethingAdded in 2024, proving that additive manufacturing at scale is ready for disruption. An inclusive technological partnership has been built with HP to ensure continuous R&D and upgrades for both hardware and materials.

BACKED UP BY

LAB QUALITY CONTROLS

We conduct rigorous internal quality control in our factory set up with SATRA and INSTRON technology to measure fatigue, durability, energy return, stiffness,
G-max, and stack height.

THIRD PARTY VALIDATION

We partner with UMass (University of Massachussets) to conduct lab studies on running economy and biomechanics, providing scientific validation for our latest shoe prototypes.

WEAR TESTS

We partner with qualified runners for real-world prototype wear testing, capturing vital insights through data sharing and comprehensive feedback surveys.

Metrics

Beyond the standards

Performance isn't philosophy. It's measurable.
Our lattices return energy with precision. Our materials outperform everything that's come before.

88%

energy return efficiency

Optimized lattice structures for maximum propulsion.

<100g

target weight

Optimal mass-to-stiffness ratio with our exclusive TPA material. 

60%

stack height

Targeted cushioning with variable densities to optimize travel.  

5.5
G-max

Because our structures deform more, they absorb more vertical impact. You feel better both during and after your run.

Join the community

Try, test, and iterate with us to push the limits

Let's ConnectManufacturing