Spectra VVT Solenoid for Volkswagen and Audi

The Spectra VTS1117 is an engine variable valve timing solenoid for select Volkswagen and Audi applications. It is built with precise manufacturing and quality control to help maintain stable engine timing control, fuel economy, and lower emissions.

• Engine variable valve timing (VVT) solenoid for select VW and Audi engines
• Direct-fit replacement for applications using Spectra VTS1117
• Supports consistent valve timing control for smoother engine operation
• Helps address timing-related drivability and emissions concerns
• Cross-references Gates VVS195 and Standard Ignition VVT193 for the same application

Detailed Product Information

Compatible With 2018-2021 Volkswagen Atlas, 2012-2018 Volkswagen Passat, 2012-2017 Volkswagen CC, 2011-2017 Volkswagen Touareg, 2012 Volkswagen Passat CC, 2008-2010 Audi Q7, Intake, and 2007 Audi Q7, Intake from chassis # 4L7062001. The Spectra VTS1117 is engineered for vehicles that rely on accurate variable valve timing control to manage performance, fuel use, and exhaust output. If you are replacing a worn or failing VVT solenoid on a Volkswagen Passat, Volkswagen Touareg, or Audi Q7, this part number is built for those exact applications.

Common Issues This Part Can Address

• Rough idle caused by inconsistent cam timing control
• Check engine light related to VVT solenoid performance
• Reduced fuel economy from improper valve timing operation
• Increased emissions from timing control faults
• Engine hesitation or sluggish response during acceleration

Installation Notes and Tips

Verify engine code, position, and chassis break information before ordering. This part fits intake applications on the listed Audi Q7 models and N/A positions on the listed Volkswagen vehicles. Compare the original connector, mounting points, and OE part number before installation. The VTS1117 should be installed on the correct engine location for the vehicle application.

Quality Assurance

Spectra manufactures these VVT solenoids with controlled production processes and quality checks to support dependable operation in daily driving conditions. The design focuses on accurate timing control, fuel efficiency, and reduced harmful emissions.