BR-T610L M70CT4 cartridge type brake shoe setGenuine Shimano replacement part
Cartridge includedCOMPATIBLE MODEL: BR-R7000, BR-5800, BR-5700, BR-5600, BR-5501, BR-5500, BR-R650, BR-R600, BR-R561, BR-R560COMPATIBLE SERIES: SHIMANO 105 R7000 Series, SHIMANO 105 5800 Series, SHIMANO 105 5700 Series, SHIMANO 105 5600 Series, SHIMANO 105 5500 Series, SHIMANOBR-R7000 R55C4 cartridge type brake shoe set
BR-5800 R55C4 Cartridge type brake shoe set,Genuine Shimano replacement part ,R55C4 compound performs well in dry and wet conditions ,Toe in adjustment ,55 mm pad length.
Genuine Shimano replacement part.
BR-T610S M70CT4 cartridge type brake shoe setGenuine Shimano replacement part
Genuine Shimano replacement part,Steel backed,Metal sintered.
Pair of genuine Shimano replacement pads,Titanium back plate with resin braking compound,Will fit XTR BR-M9100.
Key Features:Tough and light Cromoly for long-lasting durability.,Float: 4 degrees.,Easy click in and out.,Easy to install with hardened steel bolts.,Weight: 73g (per pair)..
Disc Brake Adapter Front 160mm Post to Flat
Disc Brake Adapter Rear 160mm Post to Flat
Hardened steel for longevity and durability
This high-quality front derailleur provides exceptional shifting performance, reduces shifting effort, and gives increased tyre clearance. This mech also gives you consistent, stable, and quiet shifting performance even on the roughest trails. Features: Recommended Chain: HG-X 10-Speed chain Chainstay Angle: 66-69° Dyna-Sys compatible Body painted, cage plated 4 link bushings Smooth shifting and less cadence shock Close step (10T) Efficient cable routing Stable performance on suspension bikes Shifts consistently and runs quietly over rough terrain Custom plate design for single spike gear structure Chain catcher Technologies: Side-Swing: With side-swing technology, the shift performance of the front derailleur can be increased by 90 percent. Specifically designed with modern trail bikes in mind, it provides 15mm of increased tyre clearance and its cable routing dramatically reduces the shifting effort.