Z06Chris
Senior Member
- First Name
- C. Yi
- Joined
- Dec 16, 2018
- Threads
- 58
- Messages
- 1,110
- Reaction score
- 1,743
- Location
- Atlanta, GA
- Website
- www.instagram.com
- Vehicle(s)
- 2019 Honda Civic Type-R
- Build Thread
- Link
Found a fix for you guys. V-Mount ?
Look at those ducts pushing air directly to the intercoolerFound a fix for you guys. V-Mount ?
This it gonna sound funny, but this configuration stills overheating.Found a fix for you guys. V-Mount ?
This it gonna sound funny, but this configuration stills overheating.
LolAre they using a PWR/C&R Race radiator?
Source?This it gonna sound funny, but this configuration stills overheating.
Somebody who is in a race time and owns oneSource?
My source owns two.Somebody who is in a race time and owns one
Cool! you can corroborate that also.My source owns two.
Nope. That’s because I made it up. It’s pretty easy. I always forget irony does not go well on the internet.Cool! you can corroborate that also.
I wonder why no one has mentioned using thermal barrier coatings internally and externally on the turbo, downpipe, front pipe, piston crown, and the combustion chamber? It's already hard to get enough air flowing through the radiators. I would try to find another way to contain the heat in the engine bay There's plenty of research on thermal barrier coatings proving their efficacy at lowering temperatures for critical parts.
I have also thought that thermal coating the interior is far superior to the exterior. For example, thermal coating the downpipe on the inside would be superior to the outside.I wonder why no one has mentioned using thermal barrier coatings internally and externally on the turbo, downpipe, front pipe, piston crown, and the combustion chamber? It's already hard to get enough air flowing through the radiators. I would try to find another way to contain the heat in the engine bay There's plenty of research on thermal barrier coatings proving their efficacy at lowering temperatures for critical parts.