On W Cloudsurfer Max

Engineered mesh: Advanced technical knit designed to serve different functions in various parts of the shoe. Unlike traditional mesh, this material is made with variable fiber density from a single piece of fabric. In areas where the foot needs stability (e.g., around the heel), the knit is dense and firm. Conversely, in zones with high thermal load (e.g., over the toes), the knit's openings are larger for maximum breathability. The result is a seamless construction that minimizes the risk of chafing, maintains shape, and rapidly wicks moisture away from the foot.

Regular

Speedboard®: A motor hidden inside your shoes. It’s not just a piece of plastic; it’s an intelligent layer designed to work with CloudTec® cushioning. It acts like a bow: when you land, the Speedboard® flexes and gathers the energy from your impact. At the moment of takeoff, it releases this energy instantly, propelling you forward. For Queens, this is a key technology, transforming a soft, comfortable landing into a dynamic and fast movement. The result? Less foot fatigue and the feeling that your shoes are doing part of the work for you.

CloudTec Phase®: The CloudTec Phase® technology was developed with the help of more than a thousand runners and computer simulation, which allowed the creation of a shape that promotes a smooth and fluid stride. Using Finite Element Analysis (FEA), every element of the midsole has been optimized, ensuring a soft impact and a smooth transition from heel to toe. It's like running on ocean waves.

Helion™: Helion™ technology is a leading innovation in the world of running shoes, providing a unique combination of lightness, flexibility and energy return. Often found in the midsoles of high-performance running shoes, this foam compound is constructed with Pebax material that offers exceptional cushioning and durability. It works in tandem with other technologies, such as the Speedboard carbon plate, to increase the efficiency and speed of the runner.

Rubber: The rubber sole is a traditional and highly reliable element in the construction of footwear, valued especially for its extreme mechanical resistance and grip. This contact layer is made of natural or synthetic rubber, which is characterized by its high density and elasticity. Due to its physical properties, it provides excellent traction on a wide range of surfaces, from smooth asphalt to unpaved terrain. In addition, the rubber is naturally waterproof and resistant to temperature fluctuations, ensuring stability and a secure stride in a variety of climatic conditions.