Boitier de pédalier CyclingCeramic 386Evo Shimano 24mm

Make the most of every watt with the CyclingCeramic 386Evo Shimano 24 mm bottom bracket, designed for discerning cyclists seeking performance and reliability. Thanks to its high-end ceramic bearings, this bottom bracket significantly reduces friction to deliver a smoother and more efficient pedalling experience, whether on the road, in triathlons or off-road.

Manufactured to micrometric precision, it guarantees perfect crankset alignment and optimal power transfer, even under heavy loads. Its advanced sealing provides long-lasting protection against water, dust and contaminants, ensuring consistent performance whatever the conditions.

Hand-assembled in France and individually tested, this 386Evo bottom bracket is a premium choice for improving your efficiency and extending the lifespan of your drivetrain. An ideal solution for cyclists seeking lasting performance and an unrivalled pedalling experience.

Technical specifications:

- Use: Road, triathlon, gravel, mountain biking (depending on frame compatibility)
- Frame type compatibility: BB386 Evo (PressFit)
- Crank set compatibility: Shimano 24 mm axle
- Product benefits: Ultra-low-friction ceramic bearings for maximum efficiency. High-precision CNC machining for perfect alignment and increased stiffness. Excellent sealing for riding in all conditions.
- Colours: Black / Red
- Product code: CCBB386SHIMBLK
- Brand: CyclingCeramic

FAQ – Frequently Asked Questions

1. Is this bottom bracket compatible with all frames?

No, it is only compatible with frames to the BB386 Evo (PressFit) standard.

2. Can it be used with all Shimano cranksets?

Yes, it is designed for Shimano cranksets with a 24 mm axle.

3. What are the benefits of ceramic bearings?

They significantly reduce friction, improve efficiency and increase durability.

4. Is it suitable for intensive use?

Yes, it is designed to withstand demanding conditions and heavy loads.

5. Does it require any special maintenance?

Standard maintenance is sufficient, but ceramic bearings require less maintenance than standard bearings.