Quote:
Originally Posted by danielw
have you owned a rear mount kit? I have. We considered putting a turbo blanket on the turbo. The hotter the turbo gets the quicker it spools up.
|
Have you:
- built over a dozen engines to various specifications for street/strip/ridiculous power output usage
- ported and polished cylinder heads for high-output turbo V6 applications to optimize top-end while maintaining spool
- designed and reworked turbo piping for a transverse-mount V6 to produce optimal spool
- ported cast turbo manifolds to equalize runner length and balance flow
- personally rebuilt various turbochargers after failures
- chosen a turbo for a particular application, spending months researching compressor efficiency maps and simulating engine output
- tuned half a dozen separate high-specific-output cars on various tuning platforms for supercharged/NA/turbocharged power
- dedicated yourself to personally researching engine and turbocharger technology for the past 5 years, developing and innovating new ideas for your own projects
?
You're barking up the wrong tree. What I stated is 100% accurate; what you have to present is how a newbie would explain why "more heat" is better for a turbocharged setup.
