ATTABO Serena Women's Roller Skates Size 36 EU Adjustable ABEC 3 Aluminium Skate Leather Upper Toe Protection Safe Braking Precision Fit 82A Wheels

Leather upper material: the upper material of the Serena roller skates is made of eco-leather, which guarantees an elegant look and durability. The eco-leather is easy to clean, so the roller skates retain their new look for a long time. In addition, the material provides sufficient support for the foot, which is very important during intense rides. The eco-leather is also soft and supple, which increases comfort as it prevents chafing and irritation. ABEC-3 bearings: The shoes with wheels are equipped with ABEC-3 carbon bearings that ensure a stable and smooth ride. Although they are not the fastest and do not have the least rolling resistance, the roller skate shoes are perfect for everyday use and offer sufficient comfort and reliability. They are suitable for beginners and advanced users who value safety and stability when riding the roller skates. Lightweight: the frame of the roller skates is made of durable PP (polypropylene), while the blade is made of lightweight aluminium. This combination of materials ensures a lightweight yet stable construction. Aluminium is resistant to damage and corrosion, which extends the life of the inline skates and roller skates. PP provides flexibility and cushioning for more comfort when driving. Grip: wheels with hardness 82A offer an ideal balance between grip and durability. The shoes with wheels effectively dampen vibrations, which increases comfort, especially on uneven surfaces. The wheels have a diameter of 54 mm and a width of 32 mm. This size of the wheels provides excellent stability and control while driving, which is especially important for female users who value precision and smooth movement. Protection: The ATTABO Serena model is equipped with a special toe protection and quick release laces to avoid injuries and damage. This solution increases safety when driving and minimises the risk of injury. The toe protection is particularly important for dynamic manoeuvres where the foot is subjected to greater stress.