K2 Booster 84 mm/82A rollerblade wheels 4 pcs black (30F3008/11)

K2 Booster wheels 84 mm/82A 4 pcs. black are designed for those looking for precise roller accessories that guarantee high riding quality on both asphalt and smooth surfaces. The appropriately selected diameter and hardness of the wheels translate into stable handling and dynamic response during riding.

Durable polyurethane material

The K2 Booster model features polyurethane material, which provides high abrasion resistance during intense use. As a result, the wheels maintain their riding characteristics even with prolonged usage. Polyurethane also guarantees flexibility, impacting vibration dampening and rolling comfort.

Optimal hardness and diameter of the wheels

The 82A hardness and 84 mm diameter of the wheels allow for excellent grip and stability while riding. This set of parameters supports smooth movement and enables achieving higher speeds while maintaining control over the skates. This solution works well for both recreational skating and more dynamic training sessions.

Precise design with 608 bearings

The K2 Booster wheels are equipped with a construction that accommodates 608 size bearings, resulting in smooth rotation and extended roll time. The standard size of the bearings guarantees compatibility with a wide range of skates and easy replacement. This design enhances riding efficiency and allows for better performance during training.

K2 Booster wheels 84 mm/82A 4 pcs. black - features:

• Set of four 84 mm wheels for recreational and training skates;
• 82A hardness providing optimal grip on asphalt;
• Polyurethane material ensuring high abrasion resistance;
• Appropriate flexibility of polyurethane for effective vibration dampening;
• Design compatible with 608 size bearings;
• Excellent handling and dynamic response during riding;
• Stability of movement even at higher speeds;
• Suitable for both recreational and semi-professional use;
• Smooth rotation and easy wheel replacement in most skates;
• Properties conducive to long-term use without loss of performance parameters.