Powerslide Phoenix 90mm DD Hard Wheels (8 pcs)

Powerslide Phoenix 90mm DD Hard wheels are engineered for performance and competitive inline speed skating, with a particular focus on long-distance racing. The harder compound supports fast rolling performance, while the Dual Density construction helps maintain the grip and comfort required over extended efforts.

Key features

Efficient long-distance roll

The harder outer layer helps resist wheel deformation during powerful strides. This supports speed and efficient pace maintenance throughout endurance skating and long-distance races.

Dual Density construction

The wheels combine a softer inner polyurethane layer with a harder outer layer. The inner section increases the wheel’s footprint during each stride to support grip, while the outer section delivers fast roll.

Responsive energy transfer

The optimized Phoenix race hub balances controlled flex with structural rigidity. This helps convert the energy of each stride into forward movement while maintaining stability at higher speeds.

Smooth edge control

The round racing profile supports consistent transitions from one edge to the other. This contributes to predictable performance during strides, direction changes, and cornering.

European manufacturing

The raw urethane, polyurethane, and injection materials used for the hub originate in France. Final casting and processing take place in Germany.

Technology and construction

DD – Dual Density

The softer inner layer adapts under load, increases the contact area, and supports grip and comfort. The harder outer layer promotes fast roll and helps the wheel resist deformation during powerful strides.

Phoenix Race Hub

The dome-shaped racing hub and compact interlock design are engineered to balance flex and rigidity. This construction supports responsive energy transfer and stable performance at racing speeds.

Who is this product for?

Powerslide Phoenix 90mm DD Hard wheels are intended for competitive and experienced inline speed skaters looking for fast roll, stability, and long-distance efficiency. The harder version is particularly suitable for smooth, warmer surfaces.