Menu
Your Cart

Campagnolo bottom bracket cups T47 threaded 86 mm frame Ultra Torque crankset OC22-T4786

Campagnolo bottom bracket cups T47 threaded 86 mm frame Ultra Torque crankset OC22-T4786
Campagnolo bottom bracket cups T47 threaded 86 mm frame Ultra Torque crankset OC22-T4786
Campagnolo bottom bracket cups T47 threaded 86 mm frame Ultra Torque crankset OC22-T4786
Campagnolo bottom bracket cups T47 threaded 86 mm frame Ultra Torque crankset OC22-T4786
Campagnolo bottom bracket cups T47 threaded 86 mm frame Ultra Torque crankset OC22-T4786
  • Model: OC22-T4786
  • Weight: 0.10kg
14.800 Ft
Ex Tax: 11.654 Ft + ÁFA

Campagnolo Ultra-Torque Bottom Bracket Cups – T47×86 (OC22-T4786)

The Campagnolo Ultra-Torque OC22-T4786 bottom bracket cups are designed for T47 threaded frames with 86 mm shell width, providing a lightweight and rigid interface for Campagnolo Ultra-Torque cranksets. Manufactured from high-quality aluminum, they ensure excellent stiffness, smooth power transfer, and long-term reliability.


Key Features

  • Designed for Campagnolo Ultra-Torque crank systems
  • T47 threaded standard for 86 mm bottom bracket shells
  • Lightweight and highly rigid aluminum construction
  • Smooth and efficient drivetrain performance
  • Easy installation and maintenance
  • High durability and long service life
  • Optimized for fluid power transfer

Technical Specifications

SpecificationDetails
ModelOC22-T4786
BrandCampagnolo
TypeBottom Bracket Cups
StandardT47 × 86
CompatibilityCampagnolo Ultra-Torque
MaterialAluminum
ColorBlack
Weight40 g
EAN8053340459375

Compatibility

  • Campagnolo Ultra-Torque cranksets
  • Frames with T47 threaded, 86 mm bottom bracket shell
  • Not compatible with Shimano or SRAM crank systems

In Practice

The Campagnolo Ultra-Torque T47 cups provide a stiff and reliable interface between the frame and crankset, ensuring efficient power transfer and smooth pedaling performance. Their lightweight aluminum construction makes them ideal for high-performance road cycling setups where stiffness and precision are critical.

Write a review