Metatarsal Control System®
The Metatarsal Control System® has a polyurethane structure with a flexion point in the metatarsal area that adheres more fully to the foot and gives give the freedom of movement needed for riding, while guaranteeing maximum protection in the event of an accident. The system has been designed to control metatarsal flexion upwards and downwards with two stopping points designed to prevent damage to the joints.
The concept of safety is further emphasised by an internal polyurethane structure connected to the M.C.S.® system to cover the side of the foot, offering maximum protection in case of impact.
Precise Air Fit System
Through this boot adjustment system the TCX® Centre for Research and Development has found the perfect solution for granting every rider excellent comfort as the system is able to adapt to any foot shape. The system comprises an air chamber made from antibacterial, antiallergenic polyurethane that allows you to vary the volume through a pump inserted in the top part of the boot. The air chamber is divided into areas of differing thicknesses, designed to follow the shape of the instep and shank in the best possible way once inflated. Therefore, using this pump it is possible to gradually inflate the air chamber, adjusting pressure on the foot and therefore optimising the fit. Finally, a brass and steel air valve allows fine adjustment and full deflation of the air chamber to make it easier to pull the boot off when you have finished using it.
Torsion Control System Carbon Tech
The Torsion Control System® allows lateral and longitudinal movement of the ankle within its physiological limits, preventing excessive torsion and the risk of joint fracture. The CARBON TECH Torsion Control System® is an evolution of the T.C.S.® system featuring the introduction of carbon fibre. Its main advantages are a reduction in the overall weight of the boot, greater mechanical control of the ankle and leg and improved resistance in the event of impact. The new upper joint also improves boot flexibility, increases shin and calf protection and ensures more precise control of lateral and longitudinal ankle movement.