FSA PREMIUM BB 386EVO CRANK TO ITA 70 FRAME
Bottom Bracket

Specifications
- Manufacturer
- FSA
- Name
- PREMIUM BB 386EVO CRANK TO ITA 70 FRAME
- MPN
- 200-0042000020
- BB Standard
- ITA THREADED
- Thread Type
- Italian
- Shell Width (mm)
- 70
- Spindle Interface
- 30mm
Compatibility
FSA PREMIUM BB 386EVO CRANK TO ITA 70 FRAME is a FSA 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
Mechanically compatiblePinarello
Bolide F
- Both are ita threaded bottom bracket shells
Mechanically compatiblePinarello
Bolide F HR 3D
- Both are ita threaded bottom bracket shells
Mechanically compatiblePinarello
Bolide HR
- Both are ita threaded bottom bracket shells
Mechanically compatiblePinarello
Bolide TR
- Both are ita threaded bottom bracket shells
Mechanically compatiblePinarello
Crossista
- Both are ita threaded bottom bracket shells
Mechanically compatiblePinarello
Dogma F
- Both are ita threaded bottom bracket shells
Mechanically compatiblePinarello
Dogma GR
- Both are ita threaded bottom bracket shells
Mechanically compatiblePinarello
Dogma X
- Both are ita threaded bottom bracket shells
Mechanically compatiblePinarello
F
- Both are ita threaded bottom bracket shells
Mechanically compatiblePinarello
F (prev gen)
- Both are ita threaded bottom bracket shells
Mechanically compatiblePinarello
Granger X
- Both are ita threaded bottom bracket shells
Mechanically compatiblePinarello
Grevil F
- Both are ita threaded bottom bracket shells
Mechanically compatiblePinarello
Grevil F (prev gen)
- Both are ita threaded bottom bracket shells
Mechanically compatiblePinarello
Maat
- Both are ita threaded bottom bracket shells
Mechanically compatibleColnago
Master
- Both are ita threaded bottom bracket shells
Mechanically compatibleCinelli
Supercorsa
- Both are ita threaded bottom bracket shells
Mechanically compatibleCinelli
Supercorsa Pista
- Both are ita threaded bottom bracket shells
Mechanically compatiblePinarello
X
- Both are ita threaded bottom bracket shells
Cranksets this bottom bracket accepts20
Mechanically compatibleHope
Carbon Crankset
- Both use a 30mm spindle
Mechanically compatibleFSA
CK ROAD GOSSAMER PRO M/EXO Ø24 DM
- Both use a 30mm spindle
Mechanically compatibleFSA
ENERGY modular BB386EVO
- Both use a 30mm spindle
Mechanically compatibleFSA
ENERGY MODULAR BB386EVO
- Both use a 30mm spindle
Mechanically compatibleHope
Evo Crankset
- Both use a 30mm spindle
Mechanically compatibleFSA
GOSSAMER PRO ABS 1X BB386EVO
- Both use a 30mm spindle
Mechanically compatibleFSA
GOSSAMER pro ABS BB386EVO
- Both use a 30mm spindle
Mechanically compatibleFSA
GOSSAMER PRO BB386EVO
- Both use a 30mm spindle
Mechanically compatibleFSA
GOSSAMER PRO BB386EVO CRANKSET 1X
- Both use a 30mm spindle
Mechanically compatibleFSA
GOSSAMER PRO MODULAR AGX+
- Both use a 30mm spindle
Mechanically compatibleFSA
GOSSAMER PRO MODULAR AGX+ 1X
- Both use a 30mm spindle
Mechanically compatibleFSA
K-Force Light BB386EVO
- Both use a 30mm spindle
Mechanically compatibleFSA
K-FORCE modular BB386EVO
- Both use a 30mm spindle
Mechanically compatibleFSA
K-Force Team Edition
- Both use a 30mm spindle
Mechanically compatibleHope
RX Carbon Crankset
- Both use a 30mm spindle
Mechanically compatibleFSA
SL-K light ABS BB386EVO
- Both use a 30mm spindle
Mechanically compatibleFSA
SL-K light ABS BB386EVO
- Both use a 30mm spindle
Mechanically compatibleFSA
SL-K light ABS BB386EVO
- Both use a 30mm spindle
Mechanically compatibleFSA
SL-K light ABS BB386EVO
- Both use a 30mm spindle
Mechanically compatibleFSA
SL-K LIGHT ABS BB386EVO CRANKSET 1x
- Both use a 30mm spindle
Frequently Asked Questions
What fits FSA PREMIUM BB 386EVO CRANK TO ITA 70 FRAME?
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.