MOPAR® (11+) Mopar 3.6L V6 Engine OEM Accessory Drive Belt Tensioner

COMPATIBLE: (3.6L - PENTASTAR)

2011 - 2023 CHRYSLER 300

2011 - 2023 DODGE CHALLENGER 

2011 - 2023 DODGE CHARGER 

2011 - 2027 DODGE DURANGO 

2011 - 2027 RAM 1500

2011 - 2027 JEEP GRAND CHEROKEE 

2011 - 2027 JEEP WRANGLER 

Mopar 5184617AD is a genuine OEM accessory drive (serpentine) belt tensioner designed for various Chrysler, Dodge, Jeep, and Ram vehicles equipped with 3.6L V6 engines. It maintains the proper tension on the engine's serpentine belt to prevent slippage and ensure the alternator, water pump, and A/C run properly.

Maintain optimal belt tension and system performance with the Mopar Belt Tensioner. This component applies consistent pressure to the timing belt, helping to prevent slippage and supporting proper synchronization of engine components. Engineered to OEM design specifications for consistent fit and function. Constructed from production-grade materials, this tensioner integrates seamlessly with your vehicle's timing system to support reliable operation. Designed to work within the engine's timing assembly, it helps maintain belt alignment and reduces wear over time. The Mopar OEM tensioner provides a dependable solution for maintaining your vehicle's timing system integrity. Experience straightforward installation and long-term durability with a component built to meet factory standards. Keep your engine running smoothly with a tensioner that supports proper belt function and system coordination.

• Function: Applies consistent pressure to the timing belt to help prevent slippage and support proper engine synchronization.
• Durability: Constructed from production-grade materials designed to withstand engine operating conditions and reduce wear over time.
• Reliability: Mopar OEM design integration supports seamless compatibility with your vehicle's timing system for dependable operation.
• Value: Straightforward installation process and long-term performance support help maintain engine timing system integrity with minimal effort.