Now that I have fitted my AC condenser to the front of the radiator, I decided to give my rectangular shaped transmission oil cooler a new location.
I have created two front air vents. The LH one will supply air to the air intake rather than hot engine bay air and the RH vent will supply air to my ZF transmission cooler.
The transmission cooler is held in place by some made up brackets, also some side ducting is fitted to ensure all air is forced through the cooler rather than around it.
I will be creating side air vents in the rear section of the front guards which will allow the air from the two front vents to exit. The other advantage is extra hot air from the engine bay can also exit from these side vents to keep under the bonnet temperatures lower.
I will also create an air box around the intake air cleaner to also reduce hot air feeding into the 3.9L EFI Rover engine induction system.
More to follow.
Front vents (1024x768).jpg
oil cooler (768x1024).jpg
I have created two front air vents. The LH one will supply air to the air intake rather than hot engine bay air and the RH vent will supply air to my ZF transmission cooler.
The transmission cooler is held in place by some made up brackets, also some side ducting is fitted to ensure all air is forced through the cooler rather than around it.
I will be creating side air vents in the rear section of the front guards which will allow the air from the two front vents to exit. The other advantage is extra hot air from the engine bay can also exit from these side vents to keep under the bonnet temperatures lower.
I will also create an air box around the intake air cleaner to also reduce hot air feeding into the 3.9L EFI Rover engine induction system.
More to follow.
Front vents (1024x768).jpg
oil cooler (768x1024).jpg
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