I'm gonna chime in. I agree with the person above. The endtanks don't allow airflow, so mount it where the fins will actually be in your airflow.
The fact that your intercooler is a vertical flow instead of a horizontal flow is of no difference. Your procharger intercooler with its large tanks will pose a problem because they're surface area, so try to have the intercooler positioned where the fins are in the bumper gap, so that you can get air to the intercooler.
To the person talking about how you cannot mount an intercooler onto a radiator or a/c condenser—yes, you can. There are many examples of intercoolers flush mounted. And there is no evidence that intercoolers need to be mounted low. They can be mounted ontop of the engine, at an angle, completely flat facing the ground, inside the engine bay, behind the radiator, or even inside of the car. It is a heat exchanger that if feed air through the fins will remove heat from the charge air. So I have to respectfully disagree.
This particular intercooler is a bar and plate design. It will not allow as much airflow as a tube and fin design, still I do not believe that the intercooler is causing the issues. I used to tell my customers that if they do not have cooling issues before the intercooler, they should not expect problems after it is installed. I would look at the radiator. Have you changed it? it could simply be that your rad was already struggling and the addition on the IC has pushed it to its limits. I would change that first, before trying to move anything around with the intercooler brackets.
The fact that your intercooler is a vertical flow instead of a horizontal flow is of no difference. Your procharger intercooler with its large tanks will pose a problem because they're surface area, so try to have the intercooler positioned where the fins are in the bumper gap, so that you can get air to the intercooler.
To the person talking about how you cannot mount an intercooler onto a radiator or a/c condenser—yes, you can. There are many examples of intercoolers flush mounted. And there is no evidence that intercoolers need to be mounted low. They can be mounted ontop of the engine, at an angle, completely flat facing the ground, inside the engine bay, behind the radiator, or even inside of the car. It is a heat exchanger that if feed air through the fins will remove heat from the charge air. So I have to respectfully disagree.
This particular intercooler is a bar and plate design. It will not allow as much airflow as a tube and fin design, still I do not believe that the intercooler is causing the issues. I used to tell my customers that if they do not have cooling issues before the intercooler, they should not expect problems after it is installed. I would look at the radiator. Have you changed it? it could simply be that your rad was already struggling and the addition on the IC has pushed it to its limits. I would change that first, before trying to move anything around with the intercooler brackets.
Last edited: