Range Rover Sport L320 Air Duct Front Radiator Shroud Panel AH22-019A01-AB

Range Rover Sport L320 Air Duct Front Radiator Shroud Panel is a precisely engineered component from the Air intakes group, responsible for directing the cooling airflow to the front radiator in diesel engine versions. Proper airflow management is crucial for maintaining stable engine operating temperatures, which translates into component durability and operational safety.

Specifications and technical data

• SKU: AH22-019A01-AB
• Mark: Range Rover
• Condition: Used
• OEM Part Number: AH22-019A01-AB
• Substitutable numbers: AH22-019A01-AB, AH22019A01AB, LR013050, LR055300, AH22019A01AD, AH22-019A01-AD
• Location on the vehicle: Front
• Fuel type: Diesel
• Category: Air Dams

Function and role in the cooling system

The radiator air duct mounted at the front of the vehicle is responsible for efficiently channeling the airflow to the radiator package in the Range Rover Sport L320 with a diesel engine. This component reduces turbulence, improves flow, and helps maintain stable thermal conditions across a wide range of loads, especially when driving under heavy loads or in higher ambient temperatures. Thanks to the proper shaping of the flow channel, the air duct supports uniform cooling, which is important for both engine performance and the service life of operating fluids. A correctly selected and functional component of this type reduces the risk of overheating and limits drops in cooling system efficiency.

Purpose and fitment for Range Rover Sport L320

The presented air duct has been developed specifically for the front body section of the Range Rover Sport L320 with a diesel unit. The design is adapted to the geometry of the bumper, radiator, and other front compartment elements, which allows for secure seating and maintains the proper rigidity of the entire system. Its original Range Rover origin ensures that factory mounting points are preserved and that it is compatible with the cooling system intended for the diesel version. As a result, installation is predictable, without the need for modifications or forced fitting of the component.

Characteristics of the used component

The offered air duct comes from a used vehicle, which in practice means it is a part with verified installation suitability. Such body-technical components, when used correctly, retain their functional properties for a long time, which is why they are a reasonable choice when servicing the cooling system. Choosing a used OEM component allows you to maintain the structural integrity of the vehicle's front end while reducing repair costs compared to purchasing a new replacement. This is a practical solution when replacing a damaged air duct after a collision or interference in the front zone.

Benefits of using an original air duct

• Factory fitment – preservation of original airflow geometry and mounting points.
• Stable cooling system operation – better direction of airflow to the radiator under road conditions.
• Structural integrity of the vehicle front – no need to modify adjacent body elements.
• Reasonable service cost – used OEM component as an effective alternative to new parts.

Selection, compatibility, and technical support

To correctly select the air duct for a specific version of the Range Rover Sport L320, it is worth paying attention to compatibility with the cooling system and the type of engine. The product has an assigned OEM part number and interchangeable numbers, which facilitates verification of compatibility with a specific vehicle configuration. If you want to learn more about the safe selection of aftermarket parts and avoid mistakes when ordering, use the practical tips from experts in the article No more bad purchases! How to professionally select used car parts. If you are planning a comprehensive repair or upgrade of the air intake and cooling area in your Range Rover and need other elements from the same group, such as additional guide channels, airflow shrouds, or supplementary deflectors, check out the available parts in the Range Rover Air intakes category.