Bearings & Spacers for Speed Skates

Which Bearings Do Speed Skaters Opt For?

The bearings used in speed skating are a crucial piece of gear for speed skaters. Choosing the right speed skate bearings can directly influence a racer's velocity and performance outcomes. Thus, regardless of the aim, speed skaters select top-grade bearings.

Which Speed Skate Bearings Are the Finest?

To evaluate superior speed skate bearings, consider the ABEC rating and the type of lubrication used.

The ABEC classification indicates the manufacturing precision and accuracy of the bearing. With ABEC ratings ranging from 1 to 9, the higher numbers ensure your wheels will roll more smoothly and swiftly. A majority of speed skaters prefer an ABEC rating of 7 or 9 for enhanced performance. Additional bearing types, like ceramic bearings or Bones bearings, are thought to be on par with ABEC 7 and ABEC 9 bearings.

Speed skate bearings may be lubricated using either oil or grease. Bearings lubricated with oil spin rapidly but are prone to quickly accumulating dirt, making them ideal for skaters training indoors. Grease-lubricated inline speed skate bearings rotate slower, but they are more resilient to dirt when used outdoors.

Seeking wheels to complement your new bearings? Explore our assortment of Speed Skate Wheels.

What is the Purpose of Speed Skate Spacers?

Finding it challenging to outperform a competitor or aiming to achieve a new personal record? Numerous factors affect performance, yet one often overlooked is the use of spacers. Spacers reside between the wheel bearings and assure the proper alignment of the bearings, enabling the wheels to spin freely and achieve high speeds. Despite their small size, they can significantly impact those crucial few seconds you are striving to improve.

The key aspect regarding spacers for speed skates is ensuring they fit the axle of your skates. There are two varieties: a floating spacer and a long sleeve bearing spacer. To determine which type you require, disassemble the wheel and test fitting the bearing onto the axle. If excess movement exists, a long sleeve spacer should be employed for a secure assembly. If it fits snugly already, then a floating spacer will suffice.