Shua Tour Master Touring Motorcycle Boots 

Shua Tour Master Touring Motorcycle Boots are built for riders who want comfort, safety, and style in one short-touring package. Whether you are going for a motorcycle tour or cruising through the city, these boots give you the protection and flexibility you need without weighing you down. The boots are comfortable for both walking and riding. 

Shua Tour Master Touring motorcycle boots are made with microfiber breathable leather that keeps your feet dry and fresh. Airflow stays constant, even on warm days, so your rides feel comfortable from start to finish. Reinforced toe, ankles, and heel keep you safe from impact, while added shin protection gives extra defense against road debris and bumps.

A gear shift pad shields your boots from wear caused by changing gears, making them last longer and keeping them looking sharp. Elastic flex panels on the tongue and back let you move naturally, so walking or adjusting your stance on the bike feels effortless.

Getting in and out is quick thanks to the YKK zipper and Velcro closure—secure enough for high-speed rides, simple enough for daily use. The flat 100% rubber sole grips both wet and dry pavement, giving you the confidence to plant your feet firmly at every stop.

Choose Shua Tour Master Touring Motorcycle Boots and enjoy a confident, safe, and comfortable ride every time you hit the route.

Key Features

• Designed for touring and cruising: Perfect for motorcycle tourers seeking protection, style and function.
• Breathable microfiber leather: Keeps feet dry and ensures airflow for all-day comfort.
• Reinforced toe, ankles, heel, and shin protection: Offers robust safety for confident riding.
• Gear shift pad: Protects boots from wear, extending durability for frequent riders.
• Elastic flex panels on tongue and back: Provides full freedom of movement for agile control.
• YKK zipper and Velcro closure: Ensures secure fit and easy on-off for convenience.
• Flat 100% rubber sole: Delivers firm grip on wet or dry pavement for reliable stability.