Token BB4129SR

Bottom Bracket

BB4129SR

Specifications

Manufacturer
Token
Name
BB4129SR
MPN
BB4129SR
BB Standard
BB86 PRESSFIT
Shell Width (mm)
86.5, 89.5, 92
Spindle Interface
28.99MM_DUB

Compatibility

Token BB4129SR is a Token bottom bracket. Everything listed below was matched on a specification we hold for both parts: the interface each pairing actually depends on, such as freehub body, speed count, actuation or mounting standard. Where we could not verify that interface, the part is left out rather than assumed to fit.

Frames with a matching bottom bracket shell20

0 SLRecommended

Wilier

0 SL

  • Both are bb86 pressfit bottom bracket shells
0 SLRRecommended

Wilier

0 SLR

  • Both are bb86 pressfit bottom bracket shells
700c Aero Disc Brake Road FramesetRecommended

LightCarbon

700c Aero Disc Brake Road Frameset

  • Both are bb86 pressfit bottom bracket shells
A9 Road FrameRecommended

ICAN

A9 Road Frame

  • Both are bb86 pressfit bottom bracket shells
Addict Gravel RC HMX Frame setRecommended

Scott

Addict Gravel RC HMX Frame set

  • Both are bb86 pressfit bottom bracket shells
Addict Gravel Team HMF Frame setRecommended

Scott

Addict Gravel Team HMF Frame set

  • Both are bb86 pressfit bottom bracket shells
Addict Gravel Tuned HMX Frame setRecommended

Scott

Addict Gravel Tuned HMX Frame set

  • Both are bb86 pressfit bottom bracket shells
Addict RC Pro HMX Frame setRecommended

Scott

Addict RC Pro HMX Frame set

  • Both are bb86 pressfit bottom bracket shells
Addict RC Team HMX Frame setRecommended

Scott

Addict RC Team HMX Frame set

  • Both are bb86 pressfit bottom bracket shells
Addict RC Team Replica Frame setRecommended

Scott

Addict RC Team Replica Frame set

  • Both are bb86 pressfit bottom bracket shells
Addict RC Ultimate HMX SL Frame setRecommended

Scott

Addict RC Ultimate HMX SL Frame set

  • Both are bb86 pressfit bottom bracket shells
AdlarRecommended

Wilier

Adlar

  • Both are bb86 pressfit bottom bracket shells
Aero Road Direct Mount Caliper Brake FramesetRecommended

LightCarbon

Aero Road Direct Mount Caliper Brake Frameset

  • Both are bb86 pressfit bottom bracket shells
Aerodynamic Time Trial Carbon FramesetRecommended

LightCarbon

Aerodynamic Time Trial Carbon Frameset

  • Both are bb86 pressfit bottom bracket shells
Afield DiscRecommended

SEKA

Afield Disc

  • Both are bb86 pressfit bottom bracket shells
Afield Rim BrakeRecommended

SEKA

Afield Rim Brake

  • Both are bb86 pressfit bottom bracket shells
All New Road Caliper Brake Frame Design With Integrated StemRecommended

LightCarbon

All New Road Caliper Brake Frame Design With Integrated Stem

  • Both are bb86 pressfit bottom bracket shells
Aquila RCRecommended

Bianchi

Aquila RC

  • Both are bb86 pressfit bottom bracket shells
ArcadexRecommended

Bianchi

Arcadex

  • Both are bb86 pressfit bottom bracket shells
Arow Road Bike FramesetRecommended

Tavelo

Arow Road Bike Frameset

  • Both are bb86 pressfit bottom bracket shells

Cranksets this bottom bracket accepts20

Apex 1 Wide CranksetRecommended

SRAM

Apex 1 Wide Crankset

  • Both use a 28.99mm dub spindle
Carbon Crank Assembly (DUB Spindle)Recommended

Cybrei

Carbon Crank Assembly (DUB Spindle)

  • Both use a 28.99mm dub spindle
Carbon Crank Assembly w/ Alloy or Carbon Spider (DUB Spindle)Recommended

Cybrei

Carbon Crank Assembly w/ Alloy or Carbon Spider (DUB Spindle)

  • Both use a 28.99mm dub spindle
Carbon Crank Assembly w/ Powermeter Spider (DUB Spindle)Recommended

Cybrei

Carbon Crank Assembly w/ Powermeter Spider (DUB Spindle)

  • Both use a 28.99mm dub spindle
Carbon Crank Super Light Carbon CranksetRecommended

XXE

Carbon Crank Super Light Carbon Crankset

  • Both use a 28.99mm dub spindle
Carbon Crankset – Alloy or Carbon Spider w/ EVO or METARBON Chainrings (DUB Spindle)Recommended

Cybrei

Carbon Crankset – Alloy or Carbon Spider w/ EVO or METARBON Chainrings (DUB Spindle)

  • Both use a 28.99mm dub spindle
Carbon Crankset – Aluminium Chainring w/ Xcadey Powermeter Spider (DUB Spindle)Recommended

Cybrei

Carbon Crankset – Aluminium Chainring w/ Xcadey Powermeter Spider (DUB Spindle)

  • Both use a 28.99mm dub spindle
Carbon Crankset – Carbon Chainring w/ Alloy or Carbon Spider (DUB Spindle)Recommended

Cybrei

Carbon Crankset – Carbon Chainring w/ Alloy or Carbon Spider (DUB Spindle)

  • Both use a 28.99mm dub spindle
Carbon Crankset | 29mm Spindle + Power Meter Spider + EVO Alloy ChainringsRecommended

Cybrei

Carbon Crankset | 29mm Spindle + Power Meter Spider + EVO Alloy Chainrings

  • Both use a 28.99mm dub spindle
Carbon Crankset | 29mm Spindle + Power Meter Spider + METARBON Carbon ChainringsRecommended

Cybrei

Carbon Crankset | 29mm Spindle + Power Meter Spider + METARBON Carbon Chainrings

  • Both use a 28.99mm dub spindle
Eagle 70 Transmission CranksetRecommended

SRAM

Eagle 70 Transmission Crankset

  • Both use a 28.99mm dub spindle
Eagle 90 Transmission CranksetRecommended

SRAM

Eagle 90 Transmission Crankset

  • Both use a 28.99mm dub spindle
Force 1 AXS Power MeterRecommended

SRAM

Force 1 AXS Power Meter

  • Both use a 28.99mm dub spindle
Force 1 AXS Power Meter CranksetRecommended

SRAM

Force 1 AXS Power Meter Crankset

  • Both use a 28.99mm dub spindle
Force 1 AXS Wide Power Meter CranksetRecommended

SRAM

Force 1 AXS Wide Power Meter Crankset

  • Both use a 28.99mm dub spindle
Force 1 Crankset (FC-FRC-1-D2)Recommended

SRAM

Force 1 Crankset (FC-FRC-1-D2)

  • Both use a 28.99mm dub spindle
Force 1 Crankset (FC-FRC-1-E1)Recommended

SRAM

Force 1 Crankset (FC-FRC-1-E1)

  • Both use a 28.99mm dub spindle
Force 1 Wide CranksetRecommended

SRAM

Force 1 Wide Crankset

  • Both use a 28.99mm dub spindle
Force 43/30T Wide CranksetRecommended

SRAM

Force 43/30T Wide Crankset

  • Both use a 28.99mm dub spindle
Force AXS Power MeterRecommended

SRAM

Force AXS Power Meter

  • Both use a 28.99mm dub spindle

Frequently Asked Questions

What fits Token BB4129SR?

On this page we list frames with a matching bottom bracket shell, cranksets this bottom bracket accepts. Each listing was matched on a specification we hold for both parts; anything we could not verify is omitted rather than assumed to fit.