A piece of TPU located in the narrowest part of the sole to avoid awkward rotation between the front and back part of the foot, thus achieving greater stability.In the upper range of the running models it is supplemented by a central triangular piece increasing the sole's consistency.In a tennis shoe it is located in the midsole to keep the tread firm during lateral movements.

A technology providing the sole with greater durability thanks to high resistance rubber slowing down the wear caused by abrasion, thus extending the life of the shoe.

Injected rubber which means that there are no seams or other rigid materials in the upper part of the shoe.Providing lightness, comfort, increased flexibility and better adjustment to the foot.Its thickness is variable depending on the protection and resistance required by each area.

A ventilation system allowing for greater airflow within the shoe, keeping foot temperature constant.

A buttress at the heel providing better protection and greater comfort thanks to the new last's more ergonomic shape.The outside sections are manufactured using highly-resistant microfibre and the buttress inside is made of PVC and Foam.

A mounting system between the midsole and the upper providing greater comfort and reducing weight resulting in a single piece.Both parts are sewn together flat and without prominent seams.

Manufacturing system for sole and upper mounting providing natural weight distribution on foot strike.

Material used for the midsole and the insole enhancing cushioning by absorbing foot strike.This component is characterised by recovering it shape with greater ease in the transitional movement phase.

A material used in different areas of the shoe to reinforce its strength and durability.

A geometric structure located on the sole assisting turns and rotation.It prevents injuries mainly to the knee and ankle.