Ford Puma Kuga Mk3 Fiesta Mk8 Throttle Body 1.5 Petrol HX7G-9F991-BB

Ford Puma Kuga Mk3 Fiesta Mk8 Throttle Body 1.5 Petrol is an original intake system component from the Throttle Bodies category, designed for Ford petrol engines. This used OEM part ensures factory performance characteristics, stable air control, and predictable engine behavior during daily operation.

Specifications and technical data

• SKU: 2565324
• Mark: Ford
• Condition: Used
• OEM Part Number: 2565324
• Substitutable numbers: HX7G-9F991-BB, HX7G9F991BB, 2565324
• Fuel type: Petrol
• Part type: Throttle Body
• Category: Throttle Bodies

Technical characteristics of the throttle body

The throttle body for the 1.5 petrol unit is responsible for the precise metering of air drawn into the intake manifold, which directly impacts dynamics, engine refinement, and fuel consumption. The component works with the electronic engine control system, enabling smooth response to accelerator pedal input and stable idle speed maintenance. The solution implemented by Ford in this type of throttle body is optimized for petrol engines, allowing for efficient combustion and reduced power fluctuations across the entire rev range. As a result, the intake system maintains proper sealing and consistent operating parameters.

Application in Ford models

The offered throttle body is designed for modern Ford models, such as the Puma, Kuga Mk3, and Fiesta Mk8 with a petrol engine. Using an original solution in these designs ensures compatibility with factory engine control unit maps, which is particularly important for maintaining the correct operation of driver assistance systems and exhaust emission control systems. Selecting a throttle body dedicated to the specific 1.5 petrol engine family minimizes the risk of adaptation issues, ECU errors, or unstable idle. This solution is suitable both for standard replacement of a worn-out part and for repairs related to uneven engine operation.

Benefits of using an original throttle body

Using an original throttle body in a Ford petrol engine intake system provides a number of practical benefits:

• preservation of factory throttle response characteristics,
• stable operation at idle and under partial load,
• improved compatibility with the engine control system and sensors,
• reduced risk of air-flow related error codes. For the user, this means predictable vehicle behavior, comfortable driving in city traffic and on the highway, and easier diagnostics of potential future faults. The used OEM component is a good compromise between quality and repair cost, especially in newer models where precision in air control is of great importance.

Condition of the component and installation aspects

The throttle body offered in this listing is in used condition, which allows for an economical repair while maintaining the original Ford design. Before installation, it is recommended to perform a standard cleaning procedure of the intake duct and carry out a throttle body adaptation according to the vehicle manufacturer's guidelines to ensure proper integration with the engine electronics. A properly selected and installed throttle body reduces the risk of jerking, engine stalling, or hot-start issues, and facilitates subsequent computer diagnostics. This is particularly important in modern petrol units, where every element of the intake system affects the operation of the entire system.

Expansion of the Ford intake system

If you are planning a comprehensive repair or upgrade of the engine area in your Ford and need other elements from the same group, such as additional throttle bodies, control elements, or supplementary intake components, check the available parts in the Ford Throttle Bodies category. For drivers interested in in-depth diagnostics of diesel units, symptoms of fuel injector wear, and the consequences of maintenance neglect, the guide article on diesel injector faults, their symptoms and effects may be helpful, as it allows for a better understanding of the relationship between the condition of auxiliary equipment and engine performance.