SKU: BH52-6C646-AE
Product from a certified dismantling facility
Condition:
Used
Available:
1
Delivery time:
Estimated delivery Tue, Mar 10
Dispatched today if paid before 14:00
Payment methods:
Returns:
60 days return for UK 30 days return for other countries
Delivery from:
Free delivery
£28.95
1
Lowest price in the last 30 days: £28.95
Total for items
£28.95
Delivery details
Ship to: United Kingdom
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Service
Postage and packaging
Service
Postage and packaging
Delivery time
Estimated delivery dates include sellers dispatch time, origin postcode,destination postcode and time of acceptance, and will depend on the postage service selected and receipt of cleared payment. Delivery times may vary, especially during peak periods.
Will usually dispatch within same working day if paid before 14:00 BST (excludes weekends and holidays). Expected dispatch time may vary and is based on sellers order cut-off time.
In the automotive store Global Parts, we offer fast and secure deliveries for our customers in United Kingdom, ensuring maximum compliance with local service standards. Each order is processed with the utmost attention, guaranteeing a fluid shopping process and a timely delivery. If you need assistance in choosing the right part, our team of consultants will be happy to help you find the right part for your vehicle and provide information on installation, availability and parameters of the selected components.
Proposed car parts:




The Land Rover Freelander 2 L359 intercooler air intake hose is a component from the oil coolers and hoses category, designed for the turbocharging system of this model. It ensures a sealed and stable flow of compressed air, which translates to proper engine operation and maintenance of factory performance parameters.
The offered intercooler air intake hose has been designed specifically for the Land Rover Freelander 2 L359 model. Its geometry, connection diameters, and routing match the factory intake system, making it easy to install in place of a worn or leaking component.
Thanks to its proper fit within the turbocharging system, the hose helps maintain stable boost pressure, reduces power loss, and supports smooth engine operation across the full load range.
The intercooler intake hose is responsible for transporting compressed air between the turbocharger and the charge air cooler. The correct design of this component is crucial for:
A properly selected hose works in conjunction with the intercooler, supporting efficient charge air cooling, which is important for engine durability and smooth operation.
This component comes from the Land Rover line, meaning it adheres to factory manufacturing and fitment standards. In practice, this translates to:
For the user, this means a reduced risk of leaks, power drops, or errors related to incorrect boost pressure. This is particularly important for vehicles used in diverse conditions – from city driving to off-road excursions.
The hose is offered as a used part, allowing for an economical repair of the intake system while retaining a factory-origin component. Before installation, a standard visual inspection is recommended, along with a system leak check after installation to confirm proper seating on the spigots and correct routing relative to other components.
Replacement of the intercooler intake hose is recommended in case of visible cracks, abrasions, oil traces on the outer surface, or noticeable power loss and unstable engine operation under load.
If you want to better understand how intake hoses, the intercooler, and other components work with the cooling system and affect engine durability, it's worth reading the article: Engine Cooling System – Overheating, Repair, and Used Coolers. You will find practical information there about the relationships between engine operating temperature, cooling efficiency, and component lifespan.
If you are also looking for other components from the Land Rover oil coolers and hoses category, check out the Land Rover oil coolers and hoses available in our store. This will allow you to select cohesive system components, maintaining parameters close to factory specifications and facilitating future vehicle servicing.