SAROVA

Engineering

A shoe is a stack of decisions.

Every SAROVA article is documented layer by layer. The drawings below are the official engineering boards — not illustrations of them.

Last Geometry

Volume, toe spring and heel pitch are modelled digitally before any material is committed.

Layer Architecture

Each article is resolved as a stack — every layer has a stated job and a stated position.

Stability Framing

Structural frames carry torsion so the cushioning layer is free to stay soft.

Traction Mapping

Outsole geometry is zoned to the pressure and wear pattern of the article's use case.

Apex Ultimate — Exploded view — components

Exploded view — components

Read the article from the ground up.

  1. 01

    Engineered knit upper

    Ultra breathable, adaptive and ultra light

  2. 02

    TPU support cage

    Midfoot lockdown and lateral support

  3. 03

    Heel counter

    Reinforced TPU for maximum heel stability

  4. 04

    Tongue

    3D padded for pressure relief and comfort

  5. 05

    Insole (Ortholite®)

    High rebound PU foam + arch support

  6. 06

    S-CORE X midsole

    PEBA supercritical foam + energy core plate

  7. 07

    Stability frame

    Anti-torsion support

  8. 08

    Outsole rubber

    High abrasion rubber with grip pods

Official Boards

Engineering documentation, published as drawn.

Apex Ultimate — S-CORE X midsole — crash, transition, energy core, propulsion, stability frame
Apex Ultimate — Outsole technology — traction pods, flex grooves, stability bridge
Apex Ultimate — Performance last — anatomical heel cup, perfect arch support
Apex Pro 4.0 — Outsole technology map — six functional zones
Apex Pro 4.0 — SAROVA performance last (SR-04)
Apex Pro 4.0 — Branding & logo integration

Every construction is documented per article.

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