Adidas HyperBoost Edge

Description

The adidas Hyperboost Edge introduces a new standard in non-plated super trainers, built for runners and active workers seeking supreme comfort. Powered by an innovative Hyperboost Pro midsole with a 45 mm stack height, it absorbs heavy surface impacts while providing explosive energy return.

Key Technical Features:

Hyperboost Pro Midsole: Next-generation particle foam that offers soft landings and high responsiveness.
PRIMEWEAVE Upper: Breathable woven upper with heel comfort pods for a locked-in fit.
LIGHTTRAXION Outsole: Lightweight rubber traction designed for lasting pavement durability.
Plate-Free Design: Allows natural foot flex across every stride to minimize fatigue.

Size & Fit Guide:

Sizing Recommendation: Due to the snug performance fit of the PRIMEWEAVE upper, we recommend ordering half a size larger (+0.5 size up) for all-day comfort and standing space.
Fit Profile: Form-fitting midfoot with a cushioned, supportive heel hold.

How to Find Your Size (Step-by-Step Guide)

1. Setup: Place a plain sheet of paper on a hard floor, flushed against a flat wall. 2. Position: Stand on the paper with your heel resting gently against the wall (wearing your preferred socks). 3. Mark: Mark the furthest point of your longest toe on the paper with a pencil. 4. Measure: Measure the distance from the edge of the paper (wall) to your mark in Centimeters (CM).
Recommended Fitting Margin:
Casual / Lifestyle Sneakers: Add +0.5 cm to your measured foot length.
Performance & Running Shoes: Add +0.5 cm to +1.0 cm for comfortable movement and natural foot swelling.

Adidas Signature Fit & Fractional Sizing Characteristics

Fractional EU Sizing System: Adidas utilizes a unique fractional European sizing system (e.g., EU 40 2/3, EU 41 1/3, EU 42 2/3, EU 45 1/3). To ensure an accurate fit, always measure your foot length in CM and select the matching EU size from the chart.
Fit Profile: Adidas running and sport models generally feature a standard to snug heel-and-midfoot hold, providing maximum support during lateral and forward movements.