Volkswagen Audi Seat Skoda Throttle Body Air Duct Intake 3.6 FSI 03H133062C

Volkswagen Audi Seat Skoda Throttle Body Air Duct Intake 3.6 FSI is a component from the Throttle Bodies category, designed for precise control of the air intake volume in FSI gasoline engines. A properly selected throttle body ensures stable engine operation, correct throttle response, and predictable combustion parameters. This is a solution for users looking for a proven, technically matched component for the intake system.

Specifications and technical data

• SKU: 03H133062C
• Mark: Volkswagen
• Condition: Used
• OEM Part Number: 03H133062C
• Substitutable numbers: 03H133062C, 03H 133 062 C, A2C53092504
• Part type: Throttle Body
• Category: Throttle Bodies

Function and role of the 3.6 FSI throttle body

The throttle body in an FSI engine is responsible for regulating the airflow entering the intake manifold, and thus for the engine's response to the accelerator pedal. A properly functioning component of this type:

• stabilizes idle speed,
• influences smooth acceleration across the entire rev range,
• supports the correct operation of the engine management system and exhaust emission systems. For 3.6 FSI units, the use of an appropriate throttle body is crucial for engine durability and consistent performance in daily operation.

Compatibility and fitment for the Volkswagen Group

The offered Volkswagen Audi Seat Skoda Throttle Body Air Duct Intake 3.6 FSI comes from a line of parts intended for Volkswagen Group vehicles, which facilitates integration with the factory electrical installation and engine control unit. This solution is designed to work with the electronics used in Volkswagen, Audi, Seat, and Skoda models, making it possible to maintain the factory operating parameters of the engine. The presence of dedicated part numbers and interchangeable numbers allows for precise verification of compatibility with a specific version of the 3.6 FSI engine, which minimizes the risk of problems during installation and configuration.

Performance characteristics and benefits

The throttle body from this series has been designed as a component that works with the electronic control system, which enables accurate air metering depending on load and driving conditions. The main benefits of using this component include:

• consistent cooperation with the factory engine control unit,
• the ability to restore proper throttle response in case of symptoms such as jerking or fluctuating idle speed,
• maintaining the correct air-fuel mixture parameters within the range specified by the vehicle manufacturer. This solution is particularly useful for diagnostics and troubleshooting issues related to unstable engine operation, control unit errors concerning the intake system, or a drop in dynamics.

Condition, verification, and service application

The offered Volkswagen Audi Seat Skoda Throttle Body Air Duct Intake 3.6 FSI is a used component, which makes it an attractive cost-effective option while maintaining the functionality required in a professional workshop. This type of component works well both for routine repairs and for comprehensive intake system maintenance when it is necessary to replace several elements at once. Choosing a used throttle body is particularly beneficial in situations where the priority is an optimal price-to-repair-effect ratio, while maintaining compliance with factory design solutions.

Support with selection and additional information

If you are planning a comprehensive repair or upgrade of the engine area in your Volkswagen and need other components from the same group, such as throttle bodies, control elements, or additional air regulation modules, check the available parts in the Volkswagen Throttle Bodies category. When deciding to use a pre-owned component in the intake system, it is worth familiarizing yourself with practical tips regarding diagnosis and repair cost-effectiveness. An extended discussion of the topic can be found in the article Operational faults and costs: how to repair a car using used auto parts?, which describes, among other things, the selection of components, symptoms of typical faults, and the scope of service work.