Dainese Torque 3 Out Boots - Fluo Yellow - 46

Description

Magnesium inserts on the heel and outer side. The Dainese Torque 3 Out boots offer high levels of safety, comfort and riding precision. Sports boots made of Microfiber and D-Stone fabric with TPU inserts for enhanced grip. The Dainese Torque 3 Out boots offer high levels of safety, comfort and riding precision. Incorporating protections and strategically located reinforcements, and with the TPU D-Axial system, designed to reduce the risk of foot torsion and to protect it against blows. Especially suitable for sports use on the road and circuit. Technical features: Materials D-Stone fabric. Protection Articulated TPU D-Axial anti-torsion system which cushions the heel to reduce compression impacts. TPU Inserts for enhanced grip. Nylon inner protection. Toebox reinforced with nylon. Magnesium inserts on the heel and outer side. TPU insert on the rear. Ergonomics Stretch inserts for greater comfort when walking. Inner regulation strap. Zip closure on the rear. Speed Lacing System. Temperature Double fabric lining for greater comfort and breathability. Air channelling system. Other features Rubber sole. Replaceable magnesium sliders. Homologation Boots certified to standard CE - Cat. Protection Articulated TPU D-Axial anti-torsion system which cushions the heel to reduce compression impacts. Zip closure on the rear. II - EN 13634. Replaceable magnesium sliders. Technical features: Materials D-Stone fabric. Nylon inner protection. Air channelling system. TPU insert on the rear.

Key Features

• Technical features: Materials D-Stone fabric.
• Incorporating protections and strategically located reinforcements, and with the TPU D-Axial system, designed to reduce the risk of foot torsion and to protect it against blows.
• Temperature Double fabric lining for greater comfort and breathability.
• Sports boots made of Microfiber and D-Stone fabric with TPU inserts for enhanced grip.
• Other features Rubber sole.
• Protection Articulated TPU D-Axial anti-torsion system which cushions the heel to reduce compression impacts.