BMC CRF Carbon Fibre Racing Air Filters. Porsche 992.2 Carrera GTS / Carrera 4 GTS  ❭  CRF01236

High-performance BMC CRF Carbon Fibre Racing Air Filter 
The BMC CRF01236 is part of BMC's premium Carbon Racing Filter range, developed for drivers looking for a performance-focused replacement air filter incorporating technology derived from BMC's extensive motorsport experience.

Fits:
Porsche 911 (992.2) 3.6 H6 Carrera GTS 2024>>
Porsche 911 (992.2) 3.6 H6 Carrera 4 GTS 2024>>


Designed to work with the original Porsche airbox, the CRF combines a high-flow oiled cotton-gauze filtering element with a carbon-fibre upper structure, providing a lightweight, rigid and technically advanced alternative to a conventional disposable paper filter.

The filter is designed to optimise the flow of intake air while maintaining effective filtration, making it particularly suitable for the high-performance 3.6-litre powertrain used in the latest Porsche 992.2 Carrera GTS.

BMC's CRF concept uses an enlarged filtering surface and carefully developed geometry to improve the path of air entering the engine. The carbon-fibre support structure provides excellent rigidity with low weight and is designed to integrate correctly with the original airbox.

BMC Carbon Racing Filter Technology
 The CRF - Carbon Racing Filter represents BMC's performance-focused filtration technology developed using experience gained from motorsport applications.

The design concentrates on improving the fluid dynamics of the air entering the engine. BMC uses a large filtering surface and optimised filter geometry to make effective use of the available space inside the standard airbox.

The carbon-fibre structure provides:
• Low weight
• High rigidity
• Excellent mechanical strength
• Secure integration with the original airbox
• Resistance to the demanding conditions found in performance applications

BMC states that its CRF carbon support structure is manufactured from pre-impregnated carbon fibre and cured in an autoclave.

High-Flow Cotton Filtration
The CRF filtering element uses a specialised multilayer cotton material in BMC's performance-oriented configuration.

The cotton element is impregnated with low-viscosity oil and supported by a treated aluminium mesh.

This construction is designed to provide:
•  High air permeability
•  Reduced resistance to airflow
•  Effective filtration
•  Protection against oxidation
•  Consistent performance under demanding conditions

The result is a reusable performance filter developed to improve airflow characteristics without eliminating the filtration required to protect the engine.

Washable and Reusable

Unlike a conventional disposable paper air filter, the BMC CRF01236 can be cleaned and reused.

Once the filter reaches its recommended service interval or becomes contaminated, it can be washed and re-oiled using the appropriate BMC regeneration products.

Correct servicing allows the filter to be reused rather than routinely discarded and replaced.

Designed for Road and Performance Use

The CRF range has been developed to withstand the vibration and heat encountered in both normal road driving and more demanding track use.
This makes the CRF01236 particularly well suited to the performance characteristics of the latest Porsche 911 Carrera GTS.

The BMC CRF filter is a high-performance filter developed for customers seeking top-tier technical solutions derived from the company's experience in motorsports.

Why Upgrade the Air Filter?
An upgraded performance filter can improve the efficiency of the intake path by reducing unnecessary airflow restriction compared with a conventional disposable filter design.

Potential advantages include:
•  Improved intake airflow characteristics
•  Reusable construction
•  Performance-focused filter geometry
•  Lightweight carbon-fibre construction
•  Reduced need for disposable replacement filters
•  Suitable for standard and performance-oriented vehicles

Actual engine performance will depend on the complete intake, engine management and vehicle configuration; no specific power increase should be assumed from the filter alone.