FSA PREMIUM MEGAEXO CRANK TO PF30 FRAME

Bottom Bracket

PREMIUM MEGAEXO CRANK TO PF30 FRAME

Specifications

Manufacturer
FSA
Name
PREMIUM MEGAEXO CRANK TO PF30 FRAME
MPN
230-0003000601
BB Standard
PF30
Shell Width (mm)
68, 73
Spindle Interface
19MM_MEGAEXO
Min Spindle Width (mm)
68
Max Spindle Width (mm)
73

Compatibility

FSA PREMIUM MEGAEXO CRANK TO PF30 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 shell11

Arena FAST PursuitRecommended

Ridley

Arena FAST Pursuit

  • Both are pf30 bottom bracket shells
Arena FAST SprintRecommended

Ridley

Arena FAST Sprint

  • Both are pf30 bottom bracket shells
Dean FAST DiscRecommended

Ridley

Dean FAST Disc

  • Both are pf30 bottom bracket shells
HANZŌRecommended

Factor

HANZŌ

  • Both are pf30 bottom bracket shells
Helium DiscRecommended

Ridley

Helium Disc

  • Both are pf30 bottom bracket shells
Maxlight SyncRecommended

Kinesis

Maxlight Sync

  • Both are pf30 bottom bracket shells
New Full Suspension Enduro Carbon Ebike Frameset Fit For 708/800Wh BatteryRecommended

LightCarbon

New Full Suspension Enduro Carbon Ebike Frameset Fit For 708/800Wh Battery

  • Both are pf30 bottom bracket shells
Noah DiscRecommended

Ridley

Noah Disc

  • Both are pf30 bottom bracket shells
Noah FAST DiscRecommended

Ridley

Noah FAST Disc

  • Both are pf30 bottom bracket shells
Omnium FastRecommended

Ridley

Omnium Fast

  • Both are pf30 bottom bracket shells
SuperSix EVO CX CarbonRecommended

Cannondale

SuperSix EVO CX Carbon

  • Both are pf30 bottom bracket shells

Frequently Asked Questions

What fits FSA PREMIUM MEGAEXO CRANK TO PF30 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.