Rear Slotted Brake Rotors 5 Lug 268 mm For Chevrolet Trax 2015-2017 2018 2019
This part is compatible with: Buick Encore 2013 – 2018 Chevrolet Cruze 2011 – 2013 – Models with Rear Disc ONLY Chevrolet Cruze 2014 – 2016 – Gas Engine Models with Rear Disc ONLY Chevrolet Cruze Limited – 2016 – Gas Engine Models with Rear Disc ONLY Chevrolet Sonic 2013 – 2018 Models with Rear Disc ONLY Chevrolet Trax 2015 – 2018 Modesl with Rear Disc Packaging Include: 2X Rear Brake Rotors Important Points: 1.Before Placing an Order, Please Check the Manual of Your Vehicle, be Sure to Check the Compatibility and Confirm That This Part Is Suitable for Your Vehicle. .
For Chevy Sonic 13 – 16 Front + Rear Brake Rotor Ceramic Pads Slot G3000 Casting
This part is compatible with: For CHEVROLET CRUZE 2011 – 2013 Rear Disc Models For CHEVROLET CRUZE 2014 – 2015 Rear Disc Models – GAS Engine For CHEVROLET CRUZE LIMITED 2016 Rear Disc Models For CHEVROLET SONIC 2013 – 2016 Rear Disc Models Packaging Include: 2X Front Brake Rotors + 2X Rear Brake Rotors 4X Front Brake Pads + 4X Rear Brake Pads Important Points: 1.Before Placing an Order, Please Check the Manual of Your Vehicle, be Sure to Check the Compatibility and Confirm That This Part Is Suitable for Your Vehicle. .
For Chevy Sonic 13 – 16 Front + Rear Brake Rotor Ceramic Pads Slot G3000 Casting
This part is compatible with: For CHEVROLET CRUZE 2011 – 2013 Rear Disc Models For CHEVROLET CRUZE 2014 – 2015 Rear Disc Models – GAS Engine For CHEVROLET CRUZE LIMITED 2016 Rear Disc Models For CHEVROLET SONIC 2013 – 2016 Rear Disc Models Packaging Include: 2X Front Brake Rotors + 2X Rear Brake Rotors 4X Front Brake Pads + 4X Rear Brake Pads Important Points: 1.Before Placing an Order, Please Check the Manual of Your Vehicle, be Sure to Check the Compatibility and Confirm That This Part Is Suitable for Your Vehicle. .
Rear Brake Discs Rotor Slotted Fits 13 14 15 16 17 18 Buick Encore Chevy Sonic
Buick Encore 2013 – 2018. Chevrolet Sonic 2013 – 2018 Models with Rear Disc ONLY. Brake Disc Style Slotted. Machined surface to ensure synergy between the brake pad and brake rotor during the break-in period.