With Garbaruk RD cage for 11-speed SRAM rear derailleurs, you can squeeze much more performance out of your standard 11-speed rear mech thanks to the more efficiently positioned rear derailleur cage. You can now use cassettes up to 50T, which provides 11-speed 1x drivetrain range close to that of 12-speed ones. All you need is to replace the RD cage of your standard SRAM rear derailleur with Garbaruk RD cage
Coupled with Garbaruk oversized derailleur pulleys, you get more drivetrain range, smooth shifting and more precise operation of your bike transmission. Various colour options, hardly available anywhere else on the market will make your bike even more unique
In case you want to upgrade your 11-speed drivetrain to get the level of performance of 12-speed ones without buying new derailleur/shifter, or if you happen to have your standard cage broken, our RD cage will give a new life in your old bike transmission.
By re-positioning the upper derailleur pulley closer to the small cassette cog and further away from the largest cog, we have been able to allow rear derailleurs designed to be used with 11-42T cassettes to be capable of running smoothly with 10-50T cassette. This enhances the range of climbs you can go up and provides a lot more efficiency out of 11-speed 1x drivetrain setups
Our RD cage for 11/12-speed SRAM rear derailleurs is compatible with complete range of SRAM 11/12-speed Type2/2.1/3 MTB rear derailleurs, starting from NX, GX, X01, XX1, and up to NX Eagle, GX Eagle, X1 Eagle, X01 Eagle, XX1 Eagle, plus Apex1/Force 1/Rival 1 road rear mech
We've united extreme rigidity (cage is CNC-machined our of one piece of 7075-series aluminum alloy), feather-like weight (45 grams) and eight exciting color options, such as red, orange, violet, silver, gold, black, blue and green. Configure your favourite combo right now if you haven't already
For correct installation and cage usage, please refer to the information presented below: after the cage is installed, remember to setup the position of the cage correctly in order to ensure the optimal drivetrain performance