Audi A7 S7 4G 4.0 TFSI Petrol Engine Turbocharger Vacuum Pressure Can 079145462K

The Audi A7 S7 4G 4.0 TFSI Turbocharger Pressure Plate is an original equipment turbocharger component designed for Audi A7 and S7 series petrol engines. This used turbocharger and accessory part offers a functional solution for demanding users seeking a proven turbocharger component.

Specifications and technical data

• SKU: 079145462K
• Mark: Audi
• Condition: Used
• OEM Part Number: 079145462K
• Substitutable numbers: 079145462K, 079 145 462 K
• Fuel type: Petrol
• Category: Turbos & Parts

Purpose and technical characteristics

The turbocharger pressure plate was designed for the 4.0 TFSI petrol engines used in the Audi A7 and Audi S7 4G generation. This component works with the factory turbocharging system, ensuring stable pressure and proper turbine operation across a wide range of loads.

As part of the turbocharger and parts group, this component is a crucial link in the overpressure system, influencing the engine's dynamics, flexibility, and smooth operation. Its design, as specified by the vehicle manufacturer, ensures proper fitment to the original mountings and installation.

Application in the 4.0 TFSI petrol engine

The pressure cushion works with the turbocharging system in the 4.0 TFSI petrol engine to support:

• stabilization of boost pressure in various driving conditions,
• correct turbine response to engine load,
• maintaining appropriate operating parameters of the drive unit at higher speeds.

Thanks to the use of the original Audi solution, it is possible to maintain the factory operating characteristics of the engine, which is important both in everyday use and in vehicles subjected to mechanical or software modifications.

Condition, origin and benefits of using a used part

The offered Audi turbocharger pressure plate comes from a disassembled vehicle and is classified as a used part. This means that the component shows signs of wear but retains the functionality required for continued operation in the turbocharging system. Choosing an aftermarket component allows for:

• reduction of repair costs compared to a new element,
• maintaining the original design of the supercharging system,
• easier adaptation to the existing vehicle installation.

In the case of high-powered vehicles such as the Audi A7/S7 4.0 TFSI, the use of original turbocharger components is particularly important to maintain the appropriate reliability and predictable behavior of the drive unit.

Support in tuning and modernizing the supercharging system

A turbocharger pressure plate can be used not only for standard repairs but also in performance modification projects. A properly selected turbocharger component helps maintain stable operating parameters with increased power and torque. If you're planning to expand or optimize the turbocharger system in your Audi, it's worth reading the advice in the article "How to Increase Engine Power – A Practical Guide to Engine Tuning with Used Parts ," which discusses the practical aspects of using aftermarket components.

Choosing the right Audi turbocharger

When selecting a turbocharger pressure plate, matching it to the specific engine version and body generation is crucial. For the Audi A7 and S7 4G with the 4.0 TFSI engine, it's recommended to use components specified by the vehicle manufacturer, which simplifies installation and reduces the risk of compatibility issues. If you also need other components from this group, check out our available turbochargers and parts for Audi to complete the entire system based on solutions that meet factory specifications.

Summary

The Audi A7 S7 4G 4.0 TFSI Turbocharger Pressure Plate is an original, used component designed for turbocharged petrol engines. It allows you to restore the proper operation of the turbocharger system or serve as a basis for further modifications. Choosing this component is a sensible solution for users who value technical consistency with the Audi factory design and control over service costs while maintaining appropriate engine performance parameters.