Ceramic wheel bearing Ducati 748 | Raceet®

Ceramic wheel bearings for Ducati 748

High-performance ceramic wheel bearings for DUCATI 748

Raceet® ceramic motorcycle wheel bearings for Ducati 748 are designed to deliver improved mechanical efficiency, maximum friction reduction and ultra-smooth rotation. Thanks to their high-density ceramic balls (hybrid technology: steel cage, ceramic balls), which are lighter and stronger than standard steel bearings, they reduce energy losses at the wheels and improve power transmission. The result: stronger acceleration and improved responsiveness. Suitable for road bikes, sport bikes and supersport motorcycles, these high-performance bearings are an ideal upgrade for both road riding and track use.

Product Ceramic wheel bearings
Compatible with
Brand DUCATI logo ducati
Model 748
Year Select during purchase
Installation Workshop / DIY

Ceramic wheel bearings Raceet® DUCATI 748

Raceet® ceramic wheel bearings allow the DUCATI 748 to reduce friction losses by 60% and increase bearing lifespan by +40%

Optimization Friction
Installation Workshop / DIY
Category Motorcycle
Compatible Ducati
Model 748

The images shown are for illustration purposes only. We will supply the bearings and the exact quantity corresponding to the year of your moto. You may also send us your bearing dimensions by email if needed.

-60% Friction
+40% Service life
330 €
10-day delivery
MOTORCYCLE-2

Boost your motorcycle performance by reducing mechanical losses

ceramic wheel bearings for moto

Part of the engine power is absorbed by the internal resistance of rotating components, especially the original wheel bearings. By installing Raceet® high-performance ceramic wheel bearings, you significantly reduce the friction coefficient, improve overall efficiency and fully exploit the potential of your Ducati 748. Designed to withstand high rotational speeds, heavy radial loads and the dynamic stresses of sporty riding, they provide superior durability, excellent resistance to heat and corrosion. Ideal for sport bikes, roadsters, adventure bikes and racing models seeking performance, reliability and stability on both road and track.

Ceramic wheel bearing technical specifications for Ducati 748

At the core of this technology are silicon nitride (Si3N4) ceramic balls, an advanced engineering material known for its low density, exceptional hardness and ability to maintain its mechanical properties at high temperatures. Their reduced mass lowers rotational inertia, allowing faster acceleration and more immediate response of the drivetrain and wheels. Their extremely dense structure also limits micro-deformation under load, ensuring consistent performance even at high rotational speeds.

The high-strength treated steel races ensure perfect compatibility with original hubs while benefiting from precision machining with micrometric tolerances. This high-precision finish allows optimal distribution of mechanical loads and a perfectly controlled contact surface, improving rotational stability and efficiency.

Overall performance is further enhanced by the use of reinforced polymer cages or high-performance PEEK cages. These advanced materials precisely guide the rolling elements, reduce parasitic vibrations and improve thermal dissipation. The internal guidance of the bearing remains stable even under high loads, promoting longer service life and quiet operation, even in demanding conditions such as racing, off-road riding or intensive training.

Top 3 reasons to choose RACEET® for your Ducati 748

Raceet® ceramic wheel bearing

High Precision & Quality

We select the highest quality raw materials for our ceramic wheel bearings designed to be installed on your Ducati.

High performance ceramic wheel bearing

Mechanical Performance

Improved real dynamic performance, reduced mechanical stress on rotating components and easy installation in standard hubs.

Ceramic wheel bearing solution

Ceramic Solution

If we cannot find the correct bearing reference for your application, you can contact us and provide the dimensions you need.