DURA-ACE Di2 RIM BRAKE DUAL CONTROL LEVER 11s

Specifications

Manufacturer
Shimano
Name
DURA-ACE Di2 RIM BRAKE DUAL CONTROL LEVER 11s
Series
R9100
MPN
ST-R9150-R
Shifting Type
Electronic (Di2)
Slot consumption
All
Brake Type
Rim
Slots
Shifter Right
Mount Type
Drop Bars
Groupset
Dura-Ace
Drivetrain Brand
Shimano
Side
Right
Electronic Shifting Family
Shimano Di2 Road 11
Rear Speeds
11

Shimano DURA-ACE Di2 RIM BRAKE DUAL CONTROL LEVER 11s

Shifter

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Compatibility

This Shimano DURA-ACE Di2 RIM BRAKE DUAL CONTROL LEVER 11s is a Shimano Road / Gravel shifter. It requires a 11-speed drivetrain and compatible components. It is designed for di2 shifting systems. For best performance, use with other R9100 components, though it is mechanically compatible with the parts listed below.

Compatible Brake Calipers20

Compatible Cassettes16

Frequently Asked Questions

What fits with Shimano DURA-ACE Di2 RIM BRAKE DUAL CONTROL LEVER 11s?

Shimano DURA-ACE Di2 RIM BRAKE DUAL CONTROL LEVER 11s is compatible with brake calipers, cassettes, rear derailleurs, front derailleurs that match its technical standards. Most importantly, it requires matching 11-speed components.

Can I use a higher or lower speed chain with Shimano DURA-ACE Di2 RIM BRAKE DUAL CONTROL LEVER 11s?

No, Shimano DURA-ACE Di2 RIM BRAKE DUAL CONTROL LEVER 11s requires a 11-speed chain. Chains for different speeds have different external widths and internal profiles, which will cause poor shifting or mechanical interference.

Is Shimano DURA-ACE Di2 RIM BRAKE DUAL CONTROL LEVER 11s compatible with disc brakes?

No, Shimano DURA-ACE Di2 RIM BRAKE DUAL CONTROL LEVER 11s is designed specifically for rim systems. The mounting standards and architectural requirements for rim brakes are completely different and cannot be mixed.

Does the mounting standard of Shimano DURA-ACE Di2 RIM BRAKE DUAL CONTROL LEVER 11s affect drivetrain compatibility?

The mounting standard (such as drop_bars) primarily determines how the part attaches to the bike frame or handlebars. It does not directly affect the mechanical shifting compatibility, as long as the speed and brand standards match.