
Deep Groove Ball Bearings 35x72x17mm 1 Pc Scooter Skateboard Wheel
Replacement Deep Groove Ball Bearings for Scooter and Skateboard Wheels
Includes: 1 x Deep Groove Ball Bearing (35x72x17mm)
Fits Models: Universal for various scooters and skateboards
Description: Upgrade your scooter or skateboard with these high-performance replacement deep groove ball bearings. Designed for optimal functionality, these bearings ensure smooth and efficient wheel rotation, enhancing your ride's overall performance. The OEM-style design guarantees compatibility with a wide range of models, making them an ideal choice for both casual riders and enthusiasts.
Features:
- Precision-engineered for durability and reliability
- Suitable for various scooter and skateboard models
- Improved performance with reduced friction for a smoother ride
- Easy installation for quick upgrades
Enhance your riding experience with these aftermarket deep groove ball bearings, providing the perfect balance of quality and performance.
Original: $58.58
-65%$58.58
$20.50Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Replacement Deep Groove Ball Bearings for Scooter and Skateboard Wheels
Includes: 1 x Deep Groove Ball Bearing (35x72x17mm)
Fits Models: Universal for various scooters and skateboards
Description: Upgrade your scooter or skateboard with these high-performance replacement deep groove ball bearings. Designed for optimal functionality, these bearings ensure smooth and efficient wheel rotation, enhancing your ride's overall performance. The OEM-style design guarantees compatibility with a wide range of models, making them an ideal choice for both casual riders and enthusiasts.
Features:
- Precision-engineered for durability and reliability
- Suitable for various scooter and skateboard models
- Improved performance with reduced friction for a smoother ride
- Easy installation for quick upgrades
Enhance your riding experience with these aftermarket deep groove ball bearings, providing the perfect balance of quality and performance.





















