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Alloy Radiator for Renault Megane RS250/265/275

Description

An all alloy radiator for the Megane RS250/265/275.

With the known coolant temperature issues that are attributed to the original fitment radiator, this is the only real solution. The stock Renault radiator has a major design flaw in that the inlet and outlet are in a straight line across the core. At high engine rpm, when you need the most cooling, the maximum flow is straight across the core, missing out about 75% of the volume. Worse still, the 25% of the core with good flow is directly behind the crash bar and gets no direct airflow.

Our engineers have maximised the surface area and utilised a high efficiency radiator core with a unique flow enhancement, to ensure that the coolant passes evenly across the entire core, and that the area of restricted airflow (behind the crash bumper) is taken into account. Being confident in our design, we sent this for independent testing and were pleased to hear that they had achieved a reduction of 20°C in peak water temperatures,and also a drop of 15 °C in oil temperatures on the track.

 

Please Note: In line with our policy to constantly review, revise, and improve our product range, the appearance of the product you receive may differ from the one advertised.
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SKU: FMRADRS250

£1,316.13 Incl. VAT

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Description

An all alloy radiator for the Megane RS250/265/275.

With the known coolant temperature issues that are attributed to the original fitment radiator, this is the only real solution. The stock Renault radiator has a major design flaw in that the inlet and outlet are in a straight line across the core. At high engine rpm, when you need the most cooling, the maximum flow is straight across the core, missing out about 75% of the volume. Worse still, the 25% of the core with good flow is directly behind the crash bar and gets no direct airflow.

Our engineers have maximised the surface area and utilised a high efficiency radiator core with a unique flow enhancement, to ensure that the coolant passes evenly across the entire core, and that the area of restricted airflow (behind the crash bumper) is taken into account. Being confident in our design, we sent this for independent testing and were pleased to hear that they had achieved a reduction of 20°C in peak water temperatures,and also a drop of 15 °C in oil temperatures on the track.

 

Please Note: In line with our policy to constantly review, revise, and improve our product range, the appearance of the product you receive may differ from the one advertised.

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