Token BB386PS

Bottom Bracket

BB386PS

Specifications

Manufacturer
Token
Name
BB386PS
MPN
BB386PS
BB Standard
BB386 EVO
Shell Width (mm)
86.5, 92
Spindle Interface
24mm
Min Spindle Width (mm)
86.5
Max Spindle Width (mm)
92

Compatibility

Token BB386PS 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.

Cranksets this bottom bracket accepts20

Carbon Crank Assembly (24mm Spindle)Mechanically compatible

Cybrei

Carbon Crank Assembly (24mm Spindle)

  • Both use a 24mm spindle
Carbon Crank Assembly w/ Alloy or Carbon Spider (24mm Spindle)Mechanically compatible

Cybrei

Carbon Crank Assembly w/ Alloy or Carbon Spider (24mm Spindle)

  • Both use a 24mm spindle
Carbon Crank Assembly w/ Powermeter Spider (24mm Spindle)Mechanically compatible

Cybrei

Carbon Crank Assembly w/ Powermeter Spider (24mm Spindle)

  • Both use a 24mm spindle
Carbon Crankset – Alloy or Carbon Spider w/ EVO or METARBON Chainrings (24mm Spindle)Mechanically compatible

Cybrei

Carbon Crankset – Alloy or Carbon Spider w/ EVO or METARBON Chainrings (24mm Spindle)

  • Both use a 24mm spindle
Carbon Crankset – Aluminium Chainring w/ Xcadey Powermeter Spider (24mm Spindle)Mechanically compatible

Cybrei

Carbon Crankset – Aluminium Chainring w/ Xcadey Powermeter Spider (24mm Spindle)

  • Both use a 24mm spindle
Carbon Crankset – Carbon Chainring w/ Alloy or Carbon Spider (24mm Spindle)Mechanically compatible

Cybrei

Carbon Crankset – Carbon Chainring w/ Alloy or Carbon Spider (24mm Spindle)

  • Both use a 24mm spindle
Carbon Crankset | 24mm Spindle + Power Meter Spider + EVO Alloy ChainringsMechanically compatible

Cybrei

Carbon Crankset | 24mm Spindle + Power Meter Spider + EVO Alloy Chainrings

  • Both use a 24mm spindle
Carbon Crankset | 24mm Spindle + Power Meter Spider + METARBON Carbon ChainringsMechanically compatible

Cybrei

Carbon Crankset | 24mm Spindle + Power Meter Spider + METARBON Carbon Chainrings

  • Both use a 24mm spindle
CRANKSET 1x11/10/9sMechanically compatible

Shimano

CRANKSET 1x11/10/9s

  • Both use a 24mm spindle
CRANKSET 1X12sMechanically compatible

Shimano

CRANKSET 1X12s

  • Both use a 24mm spindle
CRANKSET 1X12sMechanically compatible

Shimano

CRANKSET 1X12s

  • Both use a 24mm spindle
CRANKSET 2-PIECE 3X10sMechanically compatible

Shimano

CRANKSET 2-PIECE 3X10s

  • Both use a 24mm spindle
CRANKSET 2X11sMechanically compatible

Shimano

CRANKSET 2X11s

  • Both use a 24mm spindle
CRANKSET 2X12sMechanically compatible

Shimano

CRANKSET 2X12s

  • Both use a 24mm spindle
CRANKSET CHAIN LINE 3 MM OUTBOARD 2X10sMechanically compatible

Shimano

CRANKSET CHAIN LINE 3 MM OUTBOARD 2X10s

  • Both use a 24mm spindle
CRANKSET CHAIN LINE 3 MM OUTBOARD 2X11sMechanically compatible

Shimano

CRANKSET CHAIN LINE 3 MM OUTBOARD 2X11s

  • Both use a 24mm spindle
CRANKSET FOR 135/142 MM O.L.D. FRAMES 2X12sMechanically compatible

Shimano

CRANKSET FOR 135/142 MM O.L.D. FRAMES 2X12s

  • Both use a 24mm spindle
CRANKSET FOR 135/142/148 MM O.L.D. FRAMES 1X12sMechanically compatible

Shimano

CRANKSET FOR 135/142/148 MM O.L.D. FRAMES 1X12s

  • Both use a 24mm spindle
CRANKSET FOR 148 MM O.L.D. FRAMES 1X12sMechanically compatible

Shimano

CRANKSET FOR 148 MM O.L.D. FRAMES 1X12s

  • Both use a 24mm spindle
CRANKSET FOR 148 MM O.L.D. FRAMES 2X12sMechanically compatible

Shimano

CRANKSET FOR 148 MM O.L.D. FRAMES 2X12s

  • Both use a 24mm spindle

Frames with a matching bottom bracket shell20

🚲Mechanically compatible

Boardman

ADV C10 Carbon Frameset (2021)

  • Both are bb386 evo bottom bracket shells
🚲Mechanically compatible

Boardman

ADV C10 Carbon Frameset (2022)

  • Both are bb386 evo bottom bracket shells
CFR-VT02 Race AEROMechanically compatible

Carbonda

CFR-VT02 Race AERO

  • Both are bb386 evo bottom bracket shells
CFR-WG01Mechanically compatible

Carbonda

CFR-WG01

  • Both are bb386 evo bottom bracket shells
Energie EVOMechanically compatible

Vitus

Energie EVO

  • Both are bb386 evo bottom bracket shells
Integrated Pro Triathlon Carbon FramesetMechanically compatible

LightCarbon

Integrated Pro Triathlon Carbon Frameset

  • Both are bb386 evo bottom bracket shells
King ZydecoMechanically compatible

Cinelli

King Zydeco

  • Both are bb386 evo bottom bracket shells
OrcaMechanically compatible

Orbea

Orca

  • Both are bb386 evo bottom bracket shells
Orca AeroMechanically compatible

Orbea

Orca Aero

  • Both are bb386 evo bottom bracket shells
OrduMechanically compatible

Orbea

Ordu

  • Both are bb386 evo bottom bracket shells
R12 Road FrameMechanically compatible

Yoeleo

R12 Road Frame

  • Both are bb386 evo bottom bracket shells
🚲Mechanically compatible

Boardman

SLR C10 Carbon Frameset

  • Both are bb386 evo bottom bracket shells
🚲Mechanically compatible

Boardman

SLR C7 Carbon Frameset

  • Both are bb386 evo bottom bracket shells
🚲Mechanically compatible

Boardman

SLR C7 Carbon Frameset (Women's)

  • Both are bb386 evo bottom bracket shells
Terra MMechanically compatible

Orbea

Terra M

  • Both are bb386 evo bottom bracket shells
Ultra Aero Triathlon Carbon Frame Disc Brake 700C Carbon Fiber TT Bike FramesetMechanically compatible

LightCarbon

Ultra Aero Triathlon Carbon Frame Disc Brake 700C Carbon Fiber TT Bike Frameset

  • Both are bb386 evo bottom bracket shells
Vanyar PROMechanically compatible

Elves

Vanyar PRO

  • Both are bb386 evo bottom bracket shells
Venon EVOMechanically compatible

Vitus

Venon EVO

  • Both are bb386 evo bottom bracket shells
Vitesse EVOMechanically compatible

Vitus

Vitesse EVO

  • Both are bb386 evo bottom bracket shells
ZX-1 EVOMechanically compatible

Vitus

ZX-1 EVO

  • Both are bb386 evo bottom bracket shells

Frequently Asked Questions

What fits Token BB386PS?

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