Sports

Reflex is a shoe with Scholl Biomechanics® technology characterized by its urban and sporty look. The upper is made of mesh with contrast stitching and guarantees excellent breathability. The shape is tapered, to guarantee an even more feminine style. Its sole that matches the instep is slip resistant. The entire lining is padded to ensure greater comfort. Its insole with Biomechanics technology equipped with a triplane control system allows to improve the posture and alignment of the foot, to walk more comfortably. Scholl Biomechanics® technology mitigates the frequent problem of hyperpronation, helping to improve posture and relieve the most common joint pain.

Reflex is a shoe with Scholl Biomechanics® technology characterized by its urban and sporty look. The upper is made of mesh with contrast stitching and guarantees excellent breathability. The shape is tapered, to guarantee an even more feminine style. Its sole that matches the instep is slip resistant. The entire lining is padded to ensure greater comfort. Its insole with Biomechanics technology equipped with a triplane control system allows to improve the posture and alignment of the foot, to walk more comfortably. Scholl Biomechanics® technology mitigates the frequent problem of hyperpronation, helping to improve posture and relieve the most common joint pain.

A model perfectly in line with the latest trends, Scholl's Free Style sneaker wraps the foot in a highly contemporary black knit sock-style design.

Our best seller Charlize returns in a winter edition with a refined printed upper. Her look is the most sporty-chic style. Characterized by their elegant appearance, these sneakers are equipped with a series of details that guarantee exceptional comfort: removable sole, padded instep, laces for a perfect fit and lightness. Charlize also has Scholl Memory Cushion® technology, which redistributes pressure across the sole of the foot.

It adapts to the natural imprint of the foot. Soft padded insole with "memory" effect. Redistributes pressure on feet. REMOVABLE INSOLE ELASTIC SIDES Last: (F) Standard Height: 1.5 cm < 2 cm Color: Black with purple details Material: Fabric + Suede (Suede) Sole: Rubber/pyhlon (rubber) Insole and lining: Lycra

This winter, Scholl offers you its best seller Wind Step in a completely updated version that follows the trends of the moment. The warm and soft waterproof felt of the upper will wrap your feet warming them up and letting you enjoy the unique lightness of these urban shoes. Thanks to its memory effect, the insole with Scholl Memory Cushion® technology gives the foot optimal comfort, offering delicate support at every step. The modern design of its soft felt upper has a series of elements that facilitate its walk. Its elastic cord with practical stopper allows maximum adaptation. The foot is prepared to enjoy long walks.

This winter, Scholl offers you its best seller Wind Step in a completely updated version that follows the trends of the moment. The warm and soft waterproof felt of the upper will wrap your feet warming them and letting you enjoy the unique lightness of these urban shoes. Thanks to its memory effect, the insole with Scholl Memory Cushion® technology gives the foot optimal comfort, offering delicate support at every step. The modern design of its soft felt upper has a series of elements that facilitate its walk. Its elastic cord with practical stopper allows maximum adaptation. The foot is prepared to enjoy long walks.

The Phan Laces sneaker uses an insole with Memory Cushion technology. The softly designed insole allows it to adapt to the natural anatomy of the foot, helping to distribute pressure. It guarantees a sensation of comfort, relaxation, softness and stability by reducing pressure peaks in certain areas of the sole of the foot.

The Phan Laces sneaker uses an insole with Memory Cushion technology. The softly designed insole allows it to adapt to the natural anatomy of the foot, helping to distribute pressure. It guarantees a sensation of comfort, relaxation, softness and stability by reducing pressure peaks in certain areas of the sole of the foot.