VW MK5 Golf Rabbit Jetta 2.5L 07K Cold Air Intake MAF Adapter
Cold air intake adapter designed for Volkswagen MK5 models equipped with the 2.5L 07K engine.
The intake uses the factory MAF sensor housing and is designed with a smooth internal airflow path and reinforced wall thickness for a strong, functional installation.
COMPATIBILITY
- Volkswagen Golf MK5 2.5L
- Volkswagen Rabbit MK5 2.5L
- Volkswagen Jetta MK5 2.5L
- 07K 2.5L engine
- Designed for vehicles using the factory MAF / MAP sensor configuration
Please compare your existing intake layout and MAF housing with the product photos before ordering.
WHAT IS INCLUDED
- 1x Cold Air Intake Tube / Adapter
Air filter, silicone coupler, clamps, MAF housing and other hardware are not included.
REQUIRED FOR INSTALLATION
You will need:
- Pod / cone air filter with 3-inch inner diameter
- 3-inch silicone coupler
- 3x suitable hose clamps
INSTALLATION
The intake connects between the factory MAF sensor housing and throttle body.
Install the air filter onto the MAF housing while ensuring that the airflow arrow on the MAF housing points toward the engine. Connect the intake adapter to the opposite side of the MAF housing and then to the throttle body using a suitable silicone coupler.
Position the intake so that sufficient clearance remains between the intake and nearby radiator/cooling hoses before tightening all clamps.
Depending on the vehicle, slight repositioning of the MAF housing may be required due to the factory wiring length.
FEATURES
- Designed for the VW 2.5L 07K engine
- Retains factory MAF sensor housing
- Smooth internal airflow path
- Reinforced construction
- Designed for use with a 3-inch intake system
- Simple replacement-style installation
MATERIAL
Manufactured from ASA, selected for its improved resistance to elevated under-hood temperatures.
3D PRINTED PRODUCT NOTICE
This is a 3D printed automotive component. Minor layer lines, small surface irregularities, texture variations, cosmetic marks or other minor imperfections may be visible.
These characteristics are normal for the 3D printing manufacturing process and do not affect the intended function of the part. The surface should not be expected to have the same finish as an injection-molded factory component.