BMW X3 G01 G20 G26 Air Conditioning Heater Matrix Blower Housing Box 9382875

BMW X3 G01 G20 G26 Air Conditioning Heater Matrix Blower Housing Box is an original HVAC system component designed for BMW X3 series and G-generation 3 series models. This component is responsible for the proper routing of airflow in the cabin, stable mounting of the heater core and blower, and effective integration with the factory air conditioning system, ensuring thermal comfort and predictable operation of the vents for the driver and passengers.

Specifications and technical data

• SKU: rhd-9382875
• Mark: BMW (Genuine OE)
• Condition: Used
• OEM Part Number: 9382875
• Substitutable numbers: 9382875, 64119382875
• Category: Other Air Conditioning & Heating

Purpose and function in the HVAC system

The presented housing is a central element of the heater and blower assembly in BMW vehicles based on the G platform. Its tasks include:

• rigid mounting of the heater core and blower motor in the space under the dashboard,
• routing and distribution of air to the windshield, footwell, and center/side vents,
• ensuring system airtightness, which reduces pressure loss and airflow noise,
• integration with factory flaps controlling temperature and airflow direction.

By maintaining the original geometry and mounting points, the housing allows for the correct seating of all heating and air conditioning system components, which translates into stable system operation during daily use.

Compatibility with BMW X3 G01, G20, and G26

The housing has been designed specifically for selected BMW X3 G01 generation models as well as the 3 series G20 and G26, which means it is perfectly matched to the factory interior architecture and air duct layout. In practice, this means:

• compatibility with original mounting points in the body,
• correct positioning relative to the dashboard and center console,
• possibility of using standard seals, flaps, and control elements.

Such a fit reduces the risk of improper installation, squeaks, or leaks, and facilitates the servicing of future HVAC system components.

Characteristics of the used part

As an original BMW part sourced from dismantling, the housing retains the factory construction and material for which the other heating and air conditioning components were designed. The used nature of the element means:

• retention of the original rigidity and shape of the body,
• factory air duct routing,
• possibility of reinstallation using standard mounts and hardware.

This solution is particularly beneficial for post-accident repairs, replacing a damaged housing after mechanical interference, or when encountering issues with mounting the heater and blower due to previous repairs.

Benefits of using the original heater housing

Using a factory housing in a BMW HVAC system provides a number of practical advantages:

• Stable airflow operation – proper air routing and matching to standard ducts reduces turbulence and unwanted noise.
• Trouble-free installation – compliance with factory mounting points shortens service time and reduces the need for modifications.
• Consistency with other system elements – the housing works with original flaps, the heater core, and the blower, which facilitates diagnostics and future repairs.
• Restoration of factory air conditioning operating conditions – the correct geometry of the body promotes even air distribution in the cabin.

Support with selection and related content

If you are planning a comprehensive repair or upgrade of the air conditioning and heating zone in your BMW and need other elements from the same group, such as air ducts, cabin filter housings, or additional control modules, check the available parts in the Other BMW category.

For a comparison of the characteristics of advanced powertrains and their accompanying technical solutions, including components affecting the vehicle's thermal load, it is worth reading the article Audi RS vs other models – what is hidden under the hood and chassis?, which discusses the structural differences between sports and standard versions.