Volkswagen Golf 6 Audi A1 8X 1.4 Petrol Air Intake Inlet Manifold 03F145749C

The Volkswagen Golf 6 Audi A1 8X 1.4 Petrol Intake Manifold is an original part from the intake manifolds category, designed for 1.4 petrol engines in popular VAG models. This used manifold ensures the factory intake port geometry, promoting stable engine operation and proper compatibility with the engine's electronics.

Specifications and technical data

• SKU: 03F145749C
• Mark: Volkswagen
• Condition: Used
• OEM Part Number: 03F145749C
• Substitutable numbers: 03F145749C, 03F 145 749 C, 03C129711AK, 03C 129 711 AK
• Fuel type: Petrol
• Category: Intake Manifolds

Intended Use and Compatibility

The presented intake manifold is designed for use in Volkswagen Golf 6 and Audi A1 8X vehicles with a 1.4 petrol engine. The OEM design guarantees proper fitment to the cylinder head, throttle body, and ancillaries, facilitating installation and reducing the risk of intake system leaks.

By maintaining the original specifications, the manifold is compatible with the factory engine control unit, sensors, and fuel supply system, allowing for correct engine operating parameters without the need for additional modifications.

Construction and Performance Parameters

The intake manifold is responsible for evenly distributing the air-fuel mixture to the cylinders, directly impacting engine smoothness, performance, and fuel consumption. This model incorporates solutions typical for modern petrol engines, ensuring:

• stable airflow across the entire RPM range,
• proper compatibility with the engine control system,
• appropriate mixture preparation for the 1.4 petrol engine.

The original manifold design allows for the preservation of factory engine parameters, and the optimized intake port shape promotes efficient cylinder filling, translating to responsive throttle input and predictable vehicle behavior in daily driving.

Condition, Origin, and Benefits of Using a Used Part

This component originates from a Volkswagen vehicle and is offered as a used part. Choosing an original part from disassembly offers a solution that combines cost-effective repair with the preservation of factory quality and fitment.

Key benefits of using this manifold include:

• OEM port geometry – maintaining factory cylinder filling parameters,
• precise fitment to 1.4 petrol engine ancillaries,
• no need for adaptation or modification of mounting points,
• compatibility with the control system and sensors designed for this engine.

This makes the manifold a good choice for both standard repairs and replacing a damaged part to restore proper engine function.

Application in 1.4 Petrol Engines

The presented manifold is designed to work with petrol-powered engines. The optimized intake port design and designated mounting points for ancillaries ensure this part meets the requirements of modern small-capacity engines, providing:

• stable air supply under typical driving conditions,
• proper compatibility with the injection system,
• maintenance of factory torque and power characteristics.

Technical Support and Additional Information

To facilitate part identification within the store's system, a SKU designation and a dedicated OEM part number are provided. The product also has assigned interchangeable numbers, which aids in selecting the correct intake manifold for a specific engine configuration in a Golf 6 or Audi A1 8X.

If you are looking for other parts from the intake manifolds category for these brands, check out the Volkswagen intake manifolds available in our store to find the right variant for your model.

Want to better understand the impact of the manifold on engine performance and characteristics? Visit our blog article “Performance Exhaust Systems: Used Manifolds and Sport Catalytic Converters on the Road”, where we discuss practical aspects of selecting and operating used manifolds in various car brands.

To learn how the quick availability of used OEM parts can reduce vehicle downtime, it's also worth reading the post on the impact of immediate availability of car parts on repair time, which shows how to effectively plan repairs using disassembled parts.