Women's inline skates Rollerblade Macroblade 84 W black/burgundy/ocean green (86B0760040NZ02)

Ladies' Rollerblade Macroblade 84 W roller skates in black/burgundy/ocean green are an excellent choice for active women seeking performance and comfort during recreational skating. The Softboot construction ensures comfort and an excellent fit to the foot, which translates to greater control and confidence while skating. The high-quality materials used in the production of these skates ensure their durability and resistance to wear.

Advanced SG 7 bearing technology

The Rollerblade Macroblade 84 W ladies' skates are equipped with SG 7 class bearings, which guarantee smooth and effortless skating. These advanced bearings minimise friction, allowing for higher speeds with less effort. Thanks to them, every ride becomes a pleasure, regardless of the user's skill level.

Stability and safety

The Rollerblade Macroblade 84 W model features a brake, which significantly enhances user safety. The fastening system consisting of a buckle, a Velcro strap, and laces provides a perfect fit for the foot, which translates to better stability while skating. As a result, users can enjoy skating with a sense of complete control.

Performance and durability

The Rollerblade Macroblade 84 W skates feature wheels with a diameter of 84 mm and a hardness of 84A, providing excellent grip and control on various surfaces. The aluminium frame guarantees durability and lightness of construction, which enhances performance while skating. These features make these skates ideal for both beginners and more advanced users.

Ladies' Rollerblade Macroblade 84 W - features:

• Softboot construction providing comfort and fit;
• SG 7 class bearings minimising friction and increasing skating smoothness;
• Brake enhancing the level of user safety;
• Fastening system with buckle, Velcro strap, and laces for stability;
• Wheels with a diameter of 84 mm providing excellent grip;
• Wheel hardness of 84A increasing control on surfaces;
• Aluminium frame guaranteeing durability and lightness of construction.