- 4,213
- Puerto Rico
- motortrend
Yeah that looks horrible, but I mean something more like black mesh
EDIT:
Something like this
EDIT:
Something like this
![hamann-thunder_001.jpg](/forum/proxy.php?image=http%3A%2F%2Fwww.automobilesreview.com%2Fuploads%2F2008%2F10%2Fhamann-thunder_001.jpg&hash=fb36ee99487865ab23c2b0570bf01a12)
Air-to-liquid intercoolers don't share the engine's cooling system. It's separate, with separate radiators that look like oil coolers.Water cooled radiators? Why add more heat to the cooling system when air does just as good of a job if not better considering youd be sharing the coolant with the radiator.
Note that Toyota has used air-to-liquid intercoolers in their GT-FOUR rally cars, and Subaru used it on old Legacy turbo engines. It's basically the same principle as the intercooled superchargers which are common these days.Historically, the accepted and proven method for cooling in turbocharged race cars has been to cool the intercooler and radiator using separated flows. Not shared. Whether it be v-mount setups, or other setups as seen in F1 and Group B, Group C, etc.
The radiator required for an air-to-liquid intercooler is much, much smaller than an air-to-air intercooler because of the liquid's ability to absorb a much larger amount of heat over a much longer period of time. You can install the radiator just about anywhere that you have unutilized airflow because all you have to run are small, flexible hydraulic lines instead of giant rigid metal pipes.I'm sure its simply because of it being much easier and simpler to mount an intercooler in front instead of behind the radiator but it it just completely counter-intuitive.
You took this picture? It was on Hellaflush probably over a year ago. Not the car, just this one picture.
I'm not sure, but I think it could use a few parts..
Air-to-liquid intercoolers don't share the engine's cooling system. It's separate, with separate radiators that look like oil coolers.
Note that Toyota has used air-to-liquid intercoolers in their GT-FOUR rally cars, and Subaru used it on old Legacy turbo engines. It's basically the same principle as the intercooled superchargers which are common these days.
The radiator required for an air-to-liquid intercooler is much, much smaller than an air-to-air intercooler because of the liquid's ability to absorb a much larger amount of heat over a much longer period of time. You can install the radiator just about anywhere that you have unutilized airflow because all you have to run are small, flexible hydraulic lines instead of giant rigid metal pipes.
There comes a point when air-to-air intercoolers are just retarded no matter how you slice it. If you're creating tremendous heat and not travelling fast enough long enough to dissipate it, you should be running an air-to-liquid. That's why drag cars do it. That's why street raced 1000 hp Supras should, but don't because it's not cool.
There's not really a better place to put this, so...
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You took this picture? It was on Hellaflush probably over a year ago. Not the car, just this one picture.
Technically speaking, that Miata is still too low.Perfect. Not too low, no crazy camber or wheel/tire poking too far out of the fenders. 👍
Technically speaking, that Miata is still too low.
Not in a visual sense, but in a performance sense it's still too low. Miatas can hardly be lowered at all.