TCX 9661 Comp Evo Michelin Boot
The Double Flex Control structure integrates a fastening band that works in synergy with the system, following the mechanical flex of the ankle joint and allowing a precise ankle hold with consequent increase in riding performance levels.
BOOT LEG STRUCTURE
The bootleg features an external polyurethane exterior and a soft internal upper designed to envelop the leg completely and offer excellent comfort levels.
Internal upper construction:
1 Soft micro fibre upper allows enhanced calf envelopment;
2 Double Velcro® fastening;
3 Elastic upper collar to avoid gravel, dust and mud entry;
The PU boot leg is equipped with a glued rubber heat - guard that offer a superior grip on the bike frame.
CALF ADJUSTMENT SYSTEM
The shin plate is made of polyurethane and presents an adjustable system to fit different calf dimensions perfectly and to accommodate knee guards/braces. The shin plate adjustment is based on screws that shift inside hidden holes, each offering two different positions to choose from according to the range of movement you wish to achieve.
QUICK RELEASE/LOCKING ALUMINIUM BUCKLES
Buckles featuring an ergonomic design for easier opening, even with gloves on; special structure that allows micro adjustment and optimum aligning of each individual buckle, totally interchangeable.
Fastening buckle composition:
1 Toothed micro-adjustable band equipped with aluminium puller;
2 Buckle receiver made of aluminium and Nylon 66 to facilitate the puller sliding and offer easier buckle fastening even with dust and mud
SUOLA TCX/MICHELIN MX HYBRID
X-HELIUM MICHELIN® boot, middle of the range in the off-road line, is fitted with the new MICHELIN® MX Hybrid sole which stands out for its specific design that affords maximum grip, traction and stability. The special mixture used to produce it makes it highly resistant to abrasions and tears.
"MOLDED" CONSTRUCTION TECHNIQUE (MICHELIN SOLE)
This particular construction technique entails fitting the boot onto a polyurethane footbed, built with variable differentiated density and thickness and marked by the presence of a steel insert in the heel area to ensure maximum protection in the case of impact. The footbed is sewn directly onto the boot and, using a high tenacity bonding process, the rubber (Michelin®) sole is subsequently applied and is therefore easily replaced when worn.