BMW 3 Series E90 E92 LCI M3 S65 Intake Inlet Manifold Air Collector 7838010

Visual condition of the part 

The product shows signs of use visible in the photos. 

BMW 3 Series E90 E92 LCI M3 S65 Intake Inlet Manifold Air Collector is an original intake system component designed for the S65 unit in facelifted 3 Series models. Thanks to its factory geometry and precise fitment, it ensures stable air supply to the engine, which translates into predictable performance characteristics and the maintenance of stock parameters. This is a solution for users who want to maintain consistency with factory specifications while optimizing service costs by choosing a proven, used OEM component.

Specifications and technical data

• SKU: 7838010
• Mark: BMW (Genuine OE)
• Condition: Used
• OEM Part Number: 7838010
• Substitutable numbers: 11617838010, 7838010
• Category: Intake Manifolds

Purpose and function in the intake system

The presented intake manifold is dedicated to the S65 engine fitted in the facelifted (LCI) BMW 3 Series E90/E92 M3 version. As an element from the Intake Manifolds group, it is responsible for the even distribution of air to individual cylinders, which is crucial for the stable operation of the V8 unit at high RPMs.

The factory design of the manifold has been engineered for:

• maintaining proper air flow velocity across the entire RPM range,
• precise supply to each cylinder,
• compatibility with the stock engine control unit and M3 S65 accessories.

Benefits of using an original BMW intake manifold

Using an original intake manifold in the M3 S65 allows for maintaining factory engine characteristics without the risk of fitment issues or leaks. In practice, this means:

• secure fitment with cylinder heads and accessories – no need for modifications or adaptations,
• maintaining the stock ECU map without additional tuning,
• stable operating conditions under high loads typical for the S65 unit.

For users who drive their car on the track or dynamically, the correct intake manifold is an essential component influencing performance repeatability and predictable engine behavior.

Product characteristics and condition

The offered item comes from the BMW parts line and is an OEM product, which guarantees compliance with the manufacturer's factory standards. The part is in used condition, making it a reasonable compromise between cost and maintaining the original technical specification. It is a good solution both for repairs after a failure and for restoring a car to a configuration close to stock after previous modifications.

To facilitate identification in the store system, the product has an assigned warehouse code, as well as an OEM part number and interchangeable numbers, which allows for quick verification of compatibility with a specific vehicle configuration.

Application in service and modernization projects

The intake manifold for the M3 S65 will work well both in standard intake system repairs and in projects where maintaining the original engine architecture is a priority. Replacing a worn or damaged manifold with a factory BMW component allows you to:

• reduce the risk of intake leaks and associated ECU errors,
• maintain the stock performance parameters of the V8 unit,
• ensure compatibility with other intake and exhaust system components.

If you are planning a comprehensive repair or modernization of the engine area in your BMW and need other elements from the same group, such as additional manifolds, intake components, or air supply housings, check the available parts in the BMW Intake Manifolds category.

Technical support and additional materials

When working on the M3 S65 intake and exhaust system, it is worth looking at the entire exhaust and air flow path as a single system. For users interested in a broader context of modifications and the selection of used components, including manifolds, our blog article will be helpful: Performance exhaust system: used manifolds and sports catalytic converters on the road. You will find practical tips there regarding the assessment of component condition and their impact on the engine's operation.