Walker 595-1012 Engine Variable Valve Timing (VVT) Sprocket - Exhaust (Left)

Walker 595-1012 Exhaust VVT Sprocket

Walker Products 595-1012 is an engine variable valve timing (VVT) sprocket for the exhaust side of select BMW V12 applications. It is built to meet or exceed OEM standards and specifications, with engineering and technical support backed by Walker Products’ in-house manufacturing and product management teams.

Key Features

• Engine variable valve timing (VVT) sprocket for exhaust-side timing control
• Direct-fit application for select BMW 760Li and BMW 760i models
• Manufactured to OEM-level standards and specifications
• Supported by Walker Products engineering and technical documentation
• Walker Products part number 595-1012

Application Details

Compatible with 2003-2008 BMW 760Li, exhaust (left), and 2004-2005 BMW 760i, exhaust (left). This part cross-references Dorman OE Solutions 916-504 for the same application. If you are searching for a BMW 760Li exhaust VVT sprocket or a BMW 760i left-side exhaust timing sprocket, Walker 595-1012 is the listed replacement.

What It Helps Address

• Timing chain or cam timing irregularities related to VVT operation
• Check engine lights tied to variable valve timing performance
• Rough idle or drivability concerns caused by exhaust cam timing issues
• Loss of engine response from a worn or sticking VVT sprocket
• Noise or inconsistency in valve timing control on the exhaust side

Installation Notes

Verify engine code, side, and model year before installation. For BMW 760Li and BMW 760i applications, confirm the exhaust (left) position matches the original part. Follow factory service procedures for cam timing alignment, torque specifications, and final timing verification after installation.

Quality Assurance

Walker Products has supplied automotive fuel system and engine management components since 1946 and operates as an ISO 9001/IATF 16949 certified company. The brand states its parts are manufactured to meet or exceed OEM standards and are supported by engineering and technical resources.