Bmw U06 U10 U11 F70 Mini F65 F66 Air Inlet Intake Manifold 8487588

Bmw U06 U10 U11 F70 Mini F65 F66 Air Inlet Intake Manifold is an original intake system component designed for petrol engines, engineered for precise air supply to the power unit. Thanks to its factory geometry and perfect fit for specific BMW and Mini models, it ensures stable engine performance and predictable behavior during acceleration. This is a practical solution for users looking to restore the proper efficiency of the intake system using OEM parts.

Specifications and technical data

• SKU: 8487588
• Mark: BMW (Genuine OE)
• Condition: Used
• OEM Part Number: 8487588
• Substitutable numbers: BKV35-K22HG7, BKV35K22HG7, 8487588, 11618487588
• Fuel type: Petrol
• Category: Other Engine Parts

Purpose and function of the intake manifold

The intake manifold in this version is responsible for the even distribution of air to individual cylinders in the petrol engine, which directly affects the engine's refinement, fuel consumption, and exhaust emissions. For BMW U06, U10, U11, and F70 series models, as well as Mini F65 and F66, a properly selected manifold is crucial for maintaining factory power and torque parameters.

Using an original manifold ensures compatibility with engine control unit maps, which reduces the risk of irregular idling, hesitation during acceleration, or errors stored in the ECU memory. This is particularly important in modern petrol units where the intake system works in conjunction with advanced mixture control systems.

Benefits of using an original BMW component

Using an original BMW intake manifold ensures compatibility with factory engine accessories, such as sensors, the throttle body, or vacuum components. As a result, installation is predictable, with no need for modifications or adjustments to mountings. Maintaining the original intake system specification also promotes stable fuel consumption values and the correct operation of diagnostic systems.

Choosing a used OEM part is often a reasonable compromise between cost and quality – it allows you to retain the factory design and materials while reducing expenses compared to a new component. This solution is particularly attractive for comprehensive engine repairs when more than one component needs to be replaced.

Selection and compatibility with petrol engines

The presented manifold is designed for use with petrol engines, which means the geometry of the intake runners and the construction are adapted to the combustion characteristics of these types of units. When selecting the part, it is worth checking compatibility with the specific body and engine version of the BMW U06, U10, U11, F70, and Mini F65 and F66 to ensure full system functionality.

In practice, this means verifying factory markings and reference numbers in the vehicle documentation or catalog systems. This helps avoid problems with installation, leaks, or incorrect positioning of vacuum ports and sensors.

Condition, installation, and service application

The offered intake manifold is a used part, making it an attractive service solution in situations where the existing intake system has suffered mechanical damage, deformation, or wear. Manifold replacement is recommended, among other things, when leaks, housing cracks, or problems with proper airflow are detected.

During installation, it is advisable to use new seals and follow the manufacturer's service procedures to ensure connection tightness and correct bolt torque. A properly installed manifold contributes to stable engine operation, reduces the risk of "false air" intake, and facilitates subsequent diagnostics of any potential faults.

Expanding the scope of repairs and additional materials

If you are planning a comprehensive repair or upgrade of the engine area in your BMW and need other components from the same group, such as manifolds, intake hoses, or mounting elements, check out the available parts in the Other BMW category.

For users interested in comparing technical solutions used in different brands and sports versions, the material describing the differences in the construction of power units, braking systems, and chassis may be helpful. In this context, it is worth reading the article Audi RS vs other models – what is hidden under the hood and chassis?, which shows how manufacturers design key components in high-performance cars.