Shua Super Tech Racing Motorcycle Boots Track Black White

Shua Super Tech Racing Boot Maximum Protection and Comfort for the Motorcyclist

The Shua Super Tech racing shoes are designed to offer complete protection and superior comfort to the most demanding motorcyclists. Designed for high performance, they combine durable materials and advanced technologies to ensure safety and comfort in all riding conditions.

Protection

CE API 1122 certified: Complies with European standards for impact and abrasion resistance, effectively protects critical areas.

EN 13634:2017 CE certification: complies with the latest European regulations for motorcycle footwear, ensuring durability and reliability over time.

Reinforced protection for ankles, toes, calves and heels, for total safety against impacts and injuries.

High Quality Materials

Durable Microfiber: Premium microfiber construction, flexible and durable, keeps shoes lightweight yet sturdy.

Breathable mesh lining: promotes ventilation and wicks away moisture, keeping the foot always dry.

100% rubber sole: ensures a firm grip on various surfaces, for maximum stability and control.

Comfort and Fit

Flexible front and rear panels: Designed to offer freedom of movement during dynamic riding.

YKK zip closure and quick release system: practical and secure combination for a precise and easily adjustable fit.

Dimensions

Heel height: 2.5 cm – ensures the right compromise between elevation and stability.

Calf Circumference: 35.5cm – Fits comfortably while offering additional support.

Total height: 36.5cm – extended coverage for full leg protection.

Weight: 1.60 kg – lightweight yet sturdy, reduces fatigue on long journeys.

Precautions and Advice for Use

Correct fit: essential to ensure maximum effectiveness of the protections.

Priority Ankle Support: Adjust the closure regularly to maintain ideal support.

Regular maintenance: Inspect and maintain your shoes; replace any damaged parts.

Secure grip: Always choose footwear with non-slip soles for stable and safe riding on any surface.