Tech 10 Supervented Boots Blk/enamel Blu/pur/wht Sz 12

The benchmark boot in Motocross, the Tech 10 Supervented boot further advances the innovations that make it the most technical motocross boot ever. Featuring two inlet ports on the front, a ventilated shinplate, perforated padding and extensive mesh sections, the Tech 10 Supervented has been designed for maximum airflow through the boot’s front and effective heat exchange. The new mesh inner bootie boasts a 3D Higher Spring insole which uses air channels within the sole for optimal levels of ventilation, while also creating a cushioning effect for enhanced levels of comfort. There is also a new sole with an extended honeycomb design for superior grip and feel on the bike’s pegs, especially in wet and muddy conditions.

• Construction uses a highly breathable, perforated microfiber.
• TPU features is combined with ventilation zones and a new air flow system sole for breathability and superior ventilation.
• Two large inlet ports on front of boot with exhausts at back for optimized levels of airflow and heat exchange.
• Co-injected for strength and structure, the exclusive TPU and rubber compound panels provide superb levels of grip contact, durability and heat resistance
• The contoured calf protector ergonomically wraps around the rear leg and is constructed from a dual density compound rear blade system to offer progressive dampening of excessive torsional forces.
• Shin plate features a new anatomic design for reduced surface area and weight-saving.
• Completely re-designed sole with proprietary grip sculpturing to improve foot-peg performance, grip and mud and water run-off. Exclusive dual compound sole is seamlessly integrated to the multi-density foot base structure with built-in support.
• The sole offers superior durability, grip and feel while riding, and improved performance on the shifter.
• Innovative, lightweight upper combines advanced lightweight microfiber with an impact and abrasion resistant TPU shell.
• The foot shell features five different compounds in a single lightweight piece to offer strength while maintaining flexibility and structural integrity.