Tiagra 4700 Rim Brake Groupset

Specifications

Manufacturer
Shimano
Name
Tiagra 4700 Rim Brake Groupset
Series
4700
Shifting
Cable
Brake Type
Rim
Front Speeds
2
Groupset
Tiagra
Description
Shimano Tiagra 4700 2x10-speed mechanical rim-brake road groupset.
Rear Speeds
10

Shimano Tiagra 4700 Rim Brake Groupset

Groupset

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Compatibility

This Shimano Tiagra 4700 Rim Brake Groupset is a Shimano Road groupset. It requires a 10-speed drivetrain and compatible components. It is designed for cable shifting systems. For best performance, use with other 4700 components, though it is mechanically compatible with the parts listed below.

Compatible Wheels20

Frequently Asked Questions

What fits with Shimano Tiagra 4700 Rim Brake Groupset?

Shimano Tiagra 4700 Rim Brake Groupset is compatible with wheels, frames that match its technical standards. Most importantly, it requires matching 10-speed components.

Can I use a higher or lower speed chain with Shimano Tiagra 4700 Rim Brake Groupset?

No, Shimano Tiagra 4700 Rim Brake Groupset requires a 10-speed chain. Chains for different speeds have different external widths and internal profiles, which will cause poor shifting or mechanical interference.

Does this Shimano Tiagra 4700 Rim Brake Groupset work with electronic shifting like Di2 or AXS?

No, this is a mechanical cable-actuated component. Electronic systems use internal motors and proprietary signals that are physically and electrically incompatible with mechanical components.

Is Shimano Tiagra 4700 Rim Brake Groupset compatible with disc brakes?

No, Shimano Tiagra 4700 Rim Brake Groupset is designed specifically for rim systems. The mounting standards and architectural requirements for rim brakes are completely different and cannot be mixed.

Can I mix Shimano Tiagra 4700 Rim Brake Groupset with MTB components?

While some mechanical standards (like cassette spacing at certain speeds) may overlap, Shimano Tiagra 4700 Rim Brake Groupset is optimized for Road use. Mixing with MTB parts often fails due to differing pull ratios and chainlines.