Right before you all start shouting at me and throwing links to the stickies haha! And yes I did hesitate to post this thread up, but....
General consensus for not being able to keep fog lights using the “Wellycooler” is it because of the large 76mm inlet and outlets, so the 90 degree elbows stick out? If you were able to source an intercooler with the same core but with 63mm inlet and outlets, will this solve that issue I wonder?
Now, yes I could just buy a AH fab v2 or the Wagner or Airtec even. But the Wagner is.... ummm well too thin in my optinion and expensive, Airtec is a good compromise however the new ones are supplied with silicone hoses as apposed to hardpipes. The AH Fab V2 is mega bucks now sadly. The Wellycooler been proven time and time again for being the best with its volume, surface area and core thickness that and it’s dirt cheap.
So what do you guys think? Can the Wellycooler be fitted without manipulating it, i.e. welding, turning it upside down, etc and retain the fogs with 63mm inlet and outlets instead of the 76mm’s?
General consensus for not being able to keep fog lights using the “Wellycooler” is it because of the large 76mm inlet and outlets, so the 90 degree elbows stick out? If you were able to source an intercooler with the same core but with 63mm inlet and outlets, will this solve that issue I wonder?
Now, yes I could just buy a AH fab v2 or the Wagner or Airtec even. But the Wagner is.... ummm well too thin in my optinion and expensive, Airtec is a good compromise however the new ones are supplied with silicone hoses as apposed to hardpipes. The AH Fab V2 is mega bucks now sadly. The Wellycooler been proven time and time again for being the best with its volume, surface area and core thickness that and it’s dirt cheap.
So what do you guys think? Can the Wellycooler be fitted without manipulating it, i.e. welding, turning it upside down, etc and retain the fogs with 63mm inlet and outlets instead of the 76mm’s?