I saw this statement in the tyndago's website here:
https://sites.google.com/site/tyndago/rb26dett
is this because the flow of air at these power levels do not utilize the full surface area of a thicker intercooler?
I saw this statement in the tyndago's website here:
https://sites.google.com/site/tyndago/rb26dett
is this because the flow of air at these power levels do not utilize the full surface area of a thicker intercooler?
I think it is because the larger intercoolers cause too much of a pressure loss at lower power levels. That being said I run a 100mm thick Greddy intercooler and don't notice any significant pressure loss.
Toy - 1995 R33 GTR Vspec - Midnight Purple - trust fmic, 98GTR Xenon's, OSG twindisc, BBS LM champs, and more
Daily - 2004 Dodge SRT-4 Stage 3R
I heard the stock intercooler is only recommended up to 400hp. But then again I could be wrong!
Is a question of velocity or better yet flow rate (Q=VA). I don't really have time to explain the science but this is the reason why there is variable valve timing and variable exhaust (AKA Ferrari). In short, if you are making less Hp then you want a smaller cross sectional area (smaller intercooler) to keep the velocity up (thus better response). Perhaps Frankiman can explain it to you.
Group A GT-Rs back in the days used the same stock intercoolers for racing. Group A BNR32 race cars were producing 600bhp, so the stock intercoolers are adequate.
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