Justin, We are designing these around performance applications and not just a stock set-up. We are sponsoring the Team Hijak FR500C Bonneville and Talladega Race Cars both of which are running over 1000hp. They are sponsored by FORD Racing and we are working with the teams engineers and the FORD Racing engineers to address the problems caused by re-engineering the stock core mentioned below. We are firm believers in creating products that have real performance gains and not just Faux/Theoretical gains. In addition to that we also do not compromise quality just to get a bigger better CHEAPER product out there. If there are no gains to be had then we dont build it. There are far to many companies out there that offer products that are poor quality and offer very little gains that they make out to be GOLD. I can honestly say that I have sold more H/E and Radiators to companies that order this GOLD and they come in warped, dented or they have holes in them. You are totally right about one thing if it could have been done then Ford would have done it. The difference between our designs and any of the other "upgrades" is that we are using a Enhanced Hydro Formed Micro Extrusion Core design instead of your basic tube and fin design. That is the only reason that we will be able to increase the efficiency of the Undercharger Intercoolers. It really is imposable to increase performance when using the standard Tube & Fin design or even if you used a Bar & Plate core design. A Bar & Plate core would honestly decrease the flow through the core due to the excess surface tension created by the Flat surface on the face. There were a lot of problems with trying to get more performance out of the OEM core design, the biggest problems that we saw in trying to re-engineer the Tube & Fin design was: 1. If you lower the fin density/fin count theoretically you will increase the flow in both the coolant and the charge air paths, BUT that will decrease the Intercoolers ability to 1. lower the charge temp at boost levels higher than stock and 2. It will not allow the coolant enough time in the intercooler to draw the temperature down. 2. If you take one side and increase the fin density/fin count and lower the other then one works harder then the other and you will either 1. decrease the boost flow and at the same time cause the core to get so hot that it boils the coolant or 2. Increase the boost flow and slow the coolants flow down to draw out more heat but the charge air cooling channels will not be able to absorb enough of the charge air's heat. So we saw no reason to try and create a new intercooler by trying to re-engineer the existing core design. It just wont work unless, Like you said for an ideal world, you raise up the intake and create spacers for the bottom intake lid and for the intake to the heads and the is not practical AT ALL!
If you have any additional questions just give us a call (919) 239-4672
Thank you for your time
Stephen
__________________ Stephen Velocity Turbo Systems LLC North Carolina, USA (919) 239-4672 10am-8pm Mon-Sat EST |