Ford Puma St Cf7 Intercooler Pipe Hose Tube Line 1.5 Petrol ST K1BY-6F072-AD

Ford Puma St Cf7 Intercooler Pipe Hose Tube Line 1.5 Petrol ST is an original intake system component from the Pipes, hoses and tubes group, designed for use in a petrol engine. It ensures stable routing of compressed air between the intercooler and other system components, which translates into predictable performance and safe operation of the power unit.

Specifications and technical data

• SKU: 2433221
• Mark: Ford
• Condition: Used
• OEM Part Number: 2433221
• Substitutable numbers: 2433221, K1BY-6F072-AD, K1BY6F072AD
• Fuel type: Petrol
• Part type: Pipe
• Category: Hoses, Lines & Pipes

Purpose and function in the intake system

The intercooler pipe in the version dedicated to the Ford Puma St Cf7 is responsible for the tight and directional routing of charge air in the petrol engine. The proper shape and internal diameter are matched to the flow characteristics of this model, which limits pressure drops and supports the stable operation of the turbocharger and intercooler. Thanks to the factory fitment for the specific 1.5 petrol unit configuration, the pipe works with standard mounts and clamps, facilitating installation and subsequent maintenance. The appropriately selected material flexibility allows it to compensate for engine vibrations, reducing the risk of leaks at the connections.

Benefits of using an original Ford pipe

Using an intercooler pipe from the Ford brand means maintaining factory flow geometry and compatibility with other intake system components. In practice, this translates into:

• secure fitment with intercooler and intake manifold ports,
• reduced risk of leaks under higher engine loads,
• maintenance of the standard operating parameters of the 1.5 petrol unit. The element from this group is particularly important in high-performance cars, such as the ST version, where the turbocharging system operates under higher thermal and pressure loads. The correct intercooler pipe helps maintain a stable intake air temperature, which promotes repeatable performance and correct operation of the engine control unit.

Component condition and service application

The offered intercooler pipe is a used part, making it an attractive solution for maintenance repairs or restoring the efficiency of the intake system after mechanical damage. This type of component is often replaced after cracks, abrasions, or leaks, which manifest as a loss of power, jerking, or errors related to boost pressure. Choosing an original pipe from the Pipes, hoses and tubes group allows you to maintain compliance with the vehicle's factory specifications, without the need to modify mounts or installation routing. This is a practical solution both for workshops specializing in the Ford brand and for users servicing their cars themselves.

Integration with other Ford system components

The intercooler pipe works with other intake system components, such as the intercooler, intake manifold, throttle body, or air filter housings. A correctly selected element minimizes turbulence and leaks, which is particularly important in modern turbocharged petrol engines that are sensitive to air pressure and temperature deviations. If you are planning a comprehensive repair or upgrade of the engine area in your Ford and need other elements from the same group, such as intake pipes, vacuum hoses, or charge air cooling tubes, check the available parts in the Ford Pipes, hoses and tubes category.

Summary and additional materials

Ford Puma St Cf7 Intercooler Pipe Hose Tube Line 1.5 Petrol ST is a practical choice when replacing a damaged section of the intake system in a petrol engine. Its original Ford origin facilitates trouble-free installation and the maintenance of the power unit's standard operating parameters, which is important both in daily use and during dynamic driving. To compare the characteristics of different power units and their maintenance costs on the secondary market, you can read the analysis in the article BMW N47 vs M57 / M57N / M57N2 – a ranking of legendary diesels, which shows how the selection of appropriate parts affects the durability and economy of engine operation.