Rear Differential Viscous Coupling Assembly Compatible with Mazda CX-3 CX-5 CX-9 2013-2023 KE012797X AWD

Package Includes:Rear Differential Viscous Coupling Assembly x 1 UnitOEM / Cross Reference Numbers:KE012797XKEY02797XKEY02797XACompatible VehiclesCompatibility is based on All-Wheel Drive (AWD) configurations:fit Compatible With Mazda CX-3 2016-2023 L4 20L Rear AWDfit Compatible With Mazda CX-5 2013-2019 L4 20L Rear AWDfit Compatible With Mazda CX-5 2019 L4 22L Rear AWDfit Compatible With Mazda CX-5 2014-2023 L4 25L Rear AWDfit Compatible With Mazda CX-9 2016-2023 L4 25L Rear AWDInstallation InformationInstallation procedure requires engagement of the differential housing and coupling unit The assembly must be aligned precisely with the mating splines of the differential carrier output shaft Torque specifications provided by the Original Equipment Manufacturer must be observed upon securing mounting hardware This component is engineered Compatible With direct replacement of the original viscous coupling mechanism within the rear drivetrain assembly Compatible With AWD systemsWelcome to (PANZSH) auto parts franchise! We cover all categories of exterior parts and core parts, from daily maintenance filters and brake pads to performance improvement and modification parts. is of high quality and professional adaptation, and we can also provide customized solutions and installation consultation. Please check the model year before placing an order to provide a reliable upgrade for your car and protect a smooth travel experience!

• Direct replacement for OEM viscous coupling, ensuring optimal performance and reliability in your for Mazda AWD system
• Compatible with Mazda CX-3 (2016-2023), CX-5 (2013-2023), and CX-9 (2016-2023) models, covering various engine configurations
• Precision-engineered for easy installation; aligns perfectly with the differential carrier output shaft for hassle-free setup
• Meets OEM torque specifications for secure mounting, ensuring long-lasting durability and performance in all driving conditions
• High-quality construction designed to withstand the demands of all-wheel drive systems, providing smooth power distribution and enhanced traction