CeramicSpeed BB86 Bottom Bracket for Shimano – Ultimate Efficiency & Durability
The CeramicSpeed BB86 Bottom Bracket is designed to perfectly integrate Shimano and FSA 24mm spindle cranks with BB86 frames, ensuring an ultra-smooth, low-drag interface between your crankset and frame. Precision-engineered and built with premium CeramicSpeed Bearings, this bottom bracket delivers unmatched performance, durability, and energy efficiency for serious cyclists.
Each kit includes two precision-machined cups that press directly into the BB86 shell, pre-installed with your choice of Standard Bearings or Coated Bearings. The Standard Bearings feature hardened-steel races with ultra-smooth CeramicSpeed Balls, providing 75% less drag and up to 3x the lifespan of conventional bearings. The Coated Bearings go even further — their metallic-coated races are 75% harder than steel, reducing friction by an additional 50% and resisting corrosion even in extreme conditions.
Key Features:
Low Friction & High Efficiency: Standard Bearings reduce friction to 0.3–0.4 watts per set — up to 75% less drag than stock options.
Long-Lasting Durability: CeramicSpeed Bearings last at least three times longer than conventional bearings.
Coated Bearing Option: Enhanced corrosion resistance and 60% longer lifespan with an ultra-hard, friction-reducing coating.
Tunable Performance: Comes with All-Round Grease, adjustable to Race Day (lower drag) or Long Life (maximum protection) grease.
Precision Fit: Compatible with all cranks featuring 24mm spindles, including Shimano and FSA models.
Specifications:
Type: PressFit (BB86)
Bearing Type: Ceramic
Shell Width: 86.5mm
Spindle Diameter: 24mm
Material: Hardened Steel with CeramicSpeed Balls (optional coated version)
Included in the Box:
2 pre-installed bearing cups
2 dust covers with integrated spacers
Spacer tube
All-Round Grease
Sticker sheet
Maintenance Tip:
For optimal performance and longevity, regularly follow CeramicSpeed’s maintenance guide or consult a certified bike shop for installation and care.
