Alpinestars Tech 10 Supervented Boots

DESCRIPTION

Alpinestars Tech 10 Supervented Boots

CE certified to EN 13634:2017.

Construction uses a highly breathable, perforated microfiber.

TPU features is combined with ventilation zones and a new airc flow system sole for breathability and superior ventilation.

Evolutionary new shin plate design with ventilation windows strategically positioned to allow more ventilation without compromising the impact protection.

Air vents on the TPU lateral calf plus breathable mesh insert improve comfort and reduce fatigue on short and long rides.

New performance double pivot motion control system features:

Medial and lateral double pivot system for improved levels of flexibility and precision control.

Engineered bi-density front flexion control is strategically positioned over the mesh area, combined with a dual front blade

system and shock absorber insert to offer mechanical progressive force release to dampen and absorb impact energies.

Re-designed dual density TPU rear blade system is engineered to prevent hyper-extension while offering improved flex control and impact resistance.

Built into the Tech 10s unique and lightweight single-piDOT / ECE co-injected foot chassis is the patented Dynamic Heel Compression Protector (DHCP), an innovative safety feature which includes a fully integrated collapsible heel area with expanded polyfoam to absorb high impact energies during a crash. DCHP features a directional impact protection system which significantly reduces the effect of excessive, potentially injury-causing energy being transferred to the ankle and lower leg. DHCP has been developed and tested in the demanding circuits of professional Supercross and Motocross.

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 surfa