SRAM Apex 1 Crankset

Crankset

Specifications

Manufacturer
SRAM
Name
Apex 1 Crankset
MPN
FC-APX-1-A1
Groupset
Apex
Rear Speeds
10
Front Speeds (chainrings)
1
Drivetrain Brand
Sram
Chainring Sizes
40, 42, 44
Crank Length (mm)
165, 170, 172.5, 175
Spindle Interface
24mm GXP
Chainline (mm)
45
Weight (g)
807

Offers

  • Merlin Cycles
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Compatibility

SRAM Apex 1 Crankset is a SRAM crankset. It is a 10-speed component. 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.

Chains for this crankset14

Bottom brackets for this crankset20

386EVO ABEC-3 BB for 24/22mm (SRAM) CranksMechanically compatible

Wheels Manufacturing

386EVO ABEC-3 BB for 24/22mm (SRAM) Cranks

  • Both use a 24mm gxp spindle
386EVO Angular Contact BB for 24/22mm (SRAM) CranksMechanically compatible

Wheels Manufacturing

386EVO Angular Contact BB for 24/22mm (SRAM) Cranks

  • Both use a 24mm gxp spindle
BB30 Outboard ABEC-3 BB for 24/22mm Cranks (SRAM)Mechanically compatible

Wheels Manufacturing

BB30 Outboard ABEC-3 BB for 24/22mm Cranks (SRAM)

  • Both use a 24mm gxp spindle
BB30 Outboard Angular Contact BB for 24/22mm Cranks (SRAM)Mechanically compatible

Wheels Manufacturing

BB30 Outboard Angular Contact BB for 24/22mm Cranks (SRAM)

  • Both use a 24mm gxp spindle
BB30 Outboard ZERØ Ceramic BB for 24/22mm Cranks (SRAM)Mechanically compatible

Wheels Manufacturing

BB30 Outboard ZERØ Ceramic BB for 24/22mm Cranks (SRAM)

  • Both use a 24mm gxp spindle
BB3724RMechanically compatible

Token

BB3724R

  • Both use a 24mm gxp spindle
BB38624PRMechanically compatible

Token

BB38624PR

  • Both use a 24mm gxp spindle
BB386PRMechanically compatible

Token

BB386PR

  • Both use a 24mm gxp spindle
BB4124PRMechanically compatible

Token

BB4124PR

  • Both use a 24mm gxp spindle
BB46BRGXPMechanically compatible

Token

BB46BRGXP

  • Both use a 24mm gxp spindle
BB47RGXPMechanically compatible

Token

BB47RGXP

  • Both use a 24mm gxp spindle
BB47VGXPMechanically compatible

Token

BB47VGXP

  • Both use a 24mm gxp spindle
BB841PRMechanically compatible

Token

BB841PR

  • Both use a 24mm gxp spindle
BB841T-41RMechanically compatible

Token

BB841T-41R

  • Both use a 24mm gxp spindle
BB86/92 Thread Together ABEC-3 BB for 24/22mm (SRAM) CranksMechanically compatible

Wheels Manufacturing

BB86/92 Thread Together ABEC-3 BB for 24/22mm (SRAM) Cranks

  • Both use a 24mm gxp spindle
BB86/92 Thread Together Angular Contact BB for 24/22mm (SRAM) CranksMechanically compatible

Wheels Manufacturing

BB86/92 Thread Together Angular Contact BB for 24/22mm (SRAM) Cranks

  • Both use a 24mm gxp spindle
BB86/92 Thread Together ZERØ Ceramic BB for 24/22mm (SRAM) CranksMechanically compatible

Wheels Manufacturing

BB86/92 Thread Together ZERØ Ceramic BB for 24/22mm (SRAM) Cranks

  • Both use a 24mm gxp spindle
BBRight Outboard ABEC-3 BB for 24/22mm (SRAM) CranksMechanically compatible

Wheels Manufacturing

BBRight Outboard ABEC-3 BB for 24/22mm (SRAM) Cranks

  • Both use a 24mm gxp spindle
BBRight Outboard Angular Contact BB for 24/22mm (SRAM) CranksMechanically compatible

Wheels Manufacturing

BBRight Outboard Angular Contact BB for 24/22mm (SRAM) Cranks

  • Both use a 24mm gxp spindle
Eccentric BB for BB30 & 24/22mm (SRAM, Truvativ) CranksMechanically compatible

Wheels Manufacturing

Eccentric BB for BB30 & 24/22mm (SRAM, Truvativ) Cranks

  • Both use a 24mm gxp spindle

Frequently Asked Questions

What fits SRAM Apex 1 Crankset?

On this page we list chains for this crankset, bottom brackets for this crankset. Each listing was matched on a specification we hold for both parts; anything we could not verify is omitted rather than assumed to fit.

Can I use a higher or lower speed chain with SRAM Apex 1 Crankset?

No. SRAM Apex 1 Crankset is a 10-speed component and needs a 10-speed chain. Chains for different speed counts have different external widths and inner-plate profiles, which causes poor shifting or interference with the neighbouring sprockets.