Shimano BR-M7120 SLX 4-piston calliper, post mount, front or rear
Grey
This item is click and collect only.
This product is in stock!
Dispatched within 2 -5 days
Also available to collect in store
Dispatched within 2 -5 days
Also available to collect in store
Part Number:
BRM7120FR
GTIN:
4550170442644
The BR-M7120 SLX 4-piston calliper, post mount, front or rear One size Grey is available at the following locations.
Collect in Store
Available
The item will be transferred to the location you choose during checkout.
Available to View / Buy in Store or Online
The Edge Cycleworks
Available
Supplier Warehouse
Available
If the item is not currently available to view at your desired location, please call your nearest store to arrange for it to be transferred.
- High performance hydraulic disc brake for efficient braking in all conditions
- Front or rear wheel use for International Standard or Post mount with adapters (not included)
- Oversized 22mm ceramic pistons optimized for heat insulation, lightweight and stiffness
- Opposed 4-piston design reduces leading effect and optimal pad wear increases braking control
- Increased pad to rotor clearance reduces the chance of rotor drag in muddy conditions
- Forged calliper monobody design is lightweight and rigid
- One way internal fluid circuit makes bleeding easy
- Mineral oil brake fluid is non-corrosive and less hazardous than conventional hydraulic brake fluid
- Shim-less mounting bracket allows for quick installation and setting up
- Recommended for use with Ice Tech Center Lock rotors for optimum braking performance
- Can be used with Ice Tech pads available in resin or sintered compound, the optional aluminum radiation fin pad further improves heat dissipation reducing brake surface temperature by 50 deg C
- Supplied with standard D03S resin compound brake pads
| Colours | Grey |
| Sizes | One size |
| Brand | Shimano |
| Model Year | 2026 |
| Barcodes | 4550170442644 |
| SKUs / Part Numbers | BRM7120FR |
Please note: Manufacturers can sometimes change the specification of the products from time to time.
