Headlight Base OEM 5156117ab
OEM 5156117ab is the genuine headlight base, fitting 1 vehicle, sourced used across Europe and delivered worldwide.
About OEM 5156117ab
This is a used genuine OEM headlight base for the DODGE DURANGO, part number 5156117ab. As an original equipment component, it is designed to provide a precise fit and reliable performance for your vehicle's lighting system.
This base was sourced from a professional dismantler in Europe and is ready for worldwide delivery. Each part is inspected and shipped with tracking to ensure peace of mind.
- DODGE DURANGO (2011+)
Choose this used OEM headlight base for a cost-effective replacement that meets factory specifications. Its durable construction helps maintain proper headlight alignment and function.
Listings we found
These public listings prove the supply is real. You don't buy from them — we source and deliver through the order box, at one delivered price.
Vehicles compatible with OEM 5156117ab
This OEM code fits 1 vehicle. Use the filter to find yours; the engine and year range confirm the exact match.
OEM codes related to 5156117ab
Other genuine OEM codes for Dodge that are often ordered alongside this part.
Related models
Browse other Dodge models we source and deliver.
Related brands
Genuine used parts for other makes we source and deliver.
Before you order
Read up on part numbers, fitment and how we source and ship genuine used OEM parts worldwide.
ShippingFrom Poland to Anywhere: How Used Parts Reach You With UPS, FedEx and DHL
Understand the global shipping process from Poland to your door. Used OEM parts via UPS, FedEx, DHL – tracked and customs cleared.
Cost SavingsHow Much Can You Really Save Buying Used OEM Parts in 2026?
Learn how much you can save buying used OEM parts in 2026. Compare prices, avoid scams, and get genuine parts at a fraction of the cost.
Buying TipsUsed ECUs and Control Modules: Compatibility Rules You Must Know
Buying a used ECU can save money, but compatibility is tricky. Learn the essential rules: part numbers, immobilizers, and module programming.