Token BB29ITA
Bottom Bracket

Specifications
- Manufacturer
- Token
- Name
- BB29ITA
- MPN
- BB29ITA
- BB Standard
- ITA THREADED
- Thread Type
- Italian
- Shell Width (mm)
- 70
- Spindle Interface
- 28.99MM_DUB
Compatibility
Token BB29ITA 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 shell18
RecommendedPinarello
Bolide F
- Both are ita threaded bottom bracket shells
RecommendedPinarello
Bolide F HR 3D
- Both are ita threaded bottom bracket shells
RecommendedPinarello
Bolide HR
- Both are ita threaded bottom bracket shells
RecommendedPinarello
Bolide TR
- Both are ita threaded bottom bracket shells
RecommendedPinarello
Crossista
- Both are ita threaded bottom bracket shells
RecommendedPinarello
Dogma F
- Both are ita threaded bottom bracket shells
RecommendedPinarello
Dogma GR
- Both are ita threaded bottom bracket shells
RecommendedPinarello
Dogma X
- Both are ita threaded bottom bracket shells
RecommendedPinarello
F
- Both are ita threaded bottom bracket shells
RecommendedPinarello
F (prev gen)
- Both are ita threaded bottom bracket shells
RecommendedPinarello
Granger X
- Both are ita threaded bottom bracket shells
RecommendedPinarello
Grevil F
- Both are ita threaded bottom bracket shells
RecommendedPinarello
Grevil F (prev gen)
- Both are ita threaded bottom bracket shells
RecommendedPinarello
Maat
- Both are ita threaded bottom bracket shells
RecommendedColnago
Master
- Both are ita threaded bottom bracket shells
RecommendedCinelli
Supercorsa
- Both are ita threaded bottom bracket shells
RecommendedCinelli
Supercorsa Pista
- Both are ita threaded bottom bracket shells
RecommendedPinarello
X
- Both are ita threaded bottom bracket shells
Cranksets this bottom bracket accepts20
RecommendedSRAM
Apex 1 Wide Crankset
- Both use a 28.99mm dub spindle
RecommendedCybrei
Carbon Crank Assembly (DUB Spindle)
- Both use a 28.99mm dub spindle
RecommendedCybrei
Carbon Crank Assembly w/ Alloy or Carbon Spider (DUB Spindle)
- Both use a 28.99mm dub spindle
RecommendedCybrei
Carbon Crank Assembly w/ Powermeter Spider (DUB Spindle)
- Both use a 28.99mm dub spindle
RecommendedXXE
Carbon Crank Super Light Carbon Crankset
- Both use a 28.99mm dub spindle
RecommendedCybrei
Carbon Crankset – Alloy or Carbon Spider w/ EVO or METARBON Chainrings (DUB Spindle)
- Both use a 28.99mm dub spindle
RecommendedCybrei
Carbon Crankset – Aluminium Chainring w/ Xcadey Powermeter Spider (DUB Spindle)
- Both use a 28.99mm dub spindle
RecommendedCybrei
Carbon Crankset – Carbon Chainring w/ Alloy or Carbon Spider (DUB Spindle)
- Both use a 28.99mm dub spindle
RecommendedCybrei
Carbon Crankset | 29mm Spindle + Power Meter Spider + EVO Alloy Chainrings
- Both use a 28.99mm dub spindle
RecommendedCybrei
Carbon Crankset | 29mm Spindle + Power Meter Spider + METARBON Carbon Chainrings
- Both use a 28.99mm dub spindle
RecommendedSRAM
Eagle 70 Transmission Crankset
- Both use a 28.99mm dub spindle
RecommendedSRAM
Eagle 90 Transmission Crankset
- Both use a 28.99mm dub spindle
RecommendedSRAM
Force 1 AXS Power Meter
- Both use a 28.99mm dub spindle
RecommendedSRAM
Force 1 AXS Power Meter Crankset
- Both use a 28.99mm dub spindle
RecommendedSRAM
Force 1 AXS Wide Power Meter Crankset
- Both use a 28.99mm dub spindle
RecommendedSRAM
Force 1 Crankset (FC-FRC-1-D2)
- Both use a 28.99mm dub spindle
RecommendedSRAM
Force 1 Crankset (FC-FRC-1-E1)
- Both use a 28.99mm dub spindle
RecommendedSRAM
Force 1 Wide Crankset
- Both use a 28.99mm dub spindle
RecommendedSRAM
Force 43/30T Wide Crankset
- Both use a 28.99mm dub spindle
RecommendedSRAM
Force AXS Power Meter
- Both use a 28.99mm dub spindle
Frequently Asked Questions
What fits Token BB29ITA?
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.