Ford Transit Connect Mk2 Radiator Air Duct Deflector Guide Left N/S DT11-8339-AB

Ford Transit Connect Mk2 Radiator Air Duct Deflector Guide Left N/S is an original airflow system component designed for installation on the left side of the vehicle. It belongs to the Hoses, pipes and lines group, responsible for the efficient routing of air and coolant within the engine bay. This used component allows for an economical yet technically sound repair of the cooling system in your Ford.

Specifications and technical data

• SKU: DT11-8339-AB
• Mark: Ford
• Condition: Used
• OEM Part Number: DT11-8339-AB
• Substitutable numbers: 1829940, DT11-8339-AB, DT118339AB
• Location on the vehicle: Left
• Category: Hoses, Lines & Pipes

Purpose and function of the radiator air duct

The described duct has been designed specifically for the Ford Transit Connect Mk2 model and acts as an air guide channel within the radiator area. Its placement on the left side of the vehicle ensures proper airflow to the relevant sections of the cooling system, which supports stable operating temperatures for the engine and other components.

Thanks to its precise geometry and factory mounting points, the duct works in harmony with other cooling system elements, minimizing the risk of leaks, vibrations, and improper airflow. This is particularly important in commercial vehicles, where the Ford Transit Connect Mk2 is often operated under load and in varied working conditions.

Construction and fitment for the Ford Transit Connect Mk2

As an element from the Hoses, pipes and lines group, the radiator air duct has been constructed to ensure stable airflow and resistance to typical thermal and mechanical stresses found in the engine bay. The shape and mounting points are consistent with the original Ford design, which facilitates installation and reduces the need for additional modifications.

The placement on the left side of the vehicle allows for precise routing of the duct along factory paths, maintaining appropriate clearances from other components. This solution promotes proper air circulation around the radiator, thereby supporting the stable operation of the entire cooling system.

Benefits of using an original Ford duct

Choosing an original radiator air duct for the Ford Transit Connect Mk2 ensures a perfect fit for your specific body style and cooling system. You receive a component designed by the vehicle manufacturer, which translates into:

• compliance with factory geometry and mounting points,
• stable airflow within the radiator area,
• reduced risk of improper installation,
• the ability to maintain consistency with other system components.

This used component allows you to reduce repair costs while maintaining performance characteristics close to factory standards. It is a practical solution for fleet users and workshops looking for a reasonable compromise between price and functionality.

Installation area and service application

The radiator air duct mounted on the left side of the vehicle is particularly important during post-accident repairs, radiator replacement, or other work in the front section of the body. Correctly seating the duct in the factory brackets helps restore proper airflow after bodywork or service interventions.

This component is suitable both for replacing a single damaged duct and for more extensive work within the cooling system, where maintaining correct airflow aerodynamics through the radiator and adjacent components is crucial.

System expansion – other Ford hoses and components

If you are planning a comprehensive repair or upgrade of the cooling system area in your Ford and need other elements from the same group, such as additional lines, flexible hoses, or rigid pipes for air and coolant, check out the available parts in the Ford Hoses, pipes and lines category.

If you are interested in broader use of dismantled parts in tuning or upgrade projects, it is worth checking out the practical tips described in the article Emotions and design – visual and mechanical tuning of a Seat using dismantled components, which shows how to effectively combine cost-savings with maintaining technical standards.