Men’s On Cloudstratus 3 running shoes in black with a breathable engineered mesh upper, responsive dual-layer CloudTec cushioning, and a high-traction rubber outsole for comfortable, supported road running.
From the brand: On Men's Cloudstratus 3 Running Shoes
Product Overview
Engineered to deliver maximum cushioning without compromising speed, the On Men's Cloudstratus 3 is a high-mileage road shoe built for medium-to-long road runs. Featuring a double layer of CloudTec® pods powered by Helion™ superfoam, this trainer offers double the cushioning to absorb maximum impact forces and reduce fatigue over long distances. An upgraded nylon-blend Speedboard® works in harmony with the dual-density midsole to convert landings into explosive forward propulsion, while a refined 100% recycled engineered mesh upper delivers a plush, supportive fit across every mile.
Key Features
Double CloudTec® Cushioning:
Sequential double layer of Cloud elements compresses horizontally and vertically for exceptional shock absorption and long-distance comfort.
Helion™ Superfoam Midsole:
High-performance foam formulation maintains responsiveness and durability under heavy impact and high-mileage training.
Nylon-Blend Speedboard®:
Redesigned dynamic board promotes powerful forward momentum and enhanced stability through every phase of the stride.
Plush Engineered Mesh Upper:
Breathable 100% recycled mesh upper provides targeted support, flexible forefoot room, and a luxurious step-in feel.
Anatomically Shaped Heel Counter:
Firmly holds the rearfoot in place to reduce slipping and promote natural alignment during long runs.
Grip-Oriented Rubber Outsole:
High-abrasion rubber compound strategy improves traction and wear-resistance on paved surfaces.
Specifications
Brand:
On
Category:
Road Running / High-Mileage Daily Trainer
Department:
Men's
Cushioning Level:
Max Cushioning / Double CloudTec®
Support Type:
Neutral (Inherent Stability)
Midsole Tech:
Dual-Layer CloudTec® with Helion™ Superfoam & Nylon Speedboard®
Upper Material:
100% Recycled Engineered Mesh
Closure:
Star-Lacing System for Customized Pressure Distribution
