by "Tareim - V8 powered" (tareimgaml)
Published 01/04/2017 at 17:22
by "Tareim - V8 powered" (tareimgaml)
Published 01/04/2017 at 17:22
Tags: Got Boost?
STARS: 11
"Dr. Zoidberg - RIP Oppo" (thetomselleck)
01/04/2017 at 17:25, STARS: 7
Sweet alternator
"Tareim - V8 powered" (tareimgaml)
01/04/2017 at 17:27, STARS: 0
starter motor*
"Chris_K_F drives an FR-Slow" (chriskf)
01/04/2017 at 17:29, STARS: 1
For a Toyobaru, I’d rather get blown than sucked.
"Decay buys too many beaters" (decay)
01/04/2017 at 17:35, STARS: 0
Nahh, load based boost is way more fun
"Tekamul" (tekamulburner)
01/04/2017 at 17:38, STARS: 3
Superchargers don’t whine, they sing!
"Chris_K_F drives an FR-Slow" (chriskf)
01/04/2017 at 17:40, STARS: 0
My reasoning is based on longevity and adding power where it’s needed most, not necessarily fun factor alone. haha
"Decay buys too many beaters" (decay)
01/04/2017 at 17:51, STARS: 1
Longevity? A turbo puts a whole lot less stress on a motor for any given power level. S/Cs tent to start bending FA/20 rods around 300hp or so (on PD blowers, I hate centris) but bottom end on a turbo is good for at least 350.
Heat is a concern, though there seem to be pretty good ways around that at this point. I did a lot of research, drove a few examples, and a small turbo just does and feels better on the chassis to me.
"Chris_K_F drives an FR-Slow" (chriskf)
01/04/2017 at 17:55, STARS: 1
Fair enough. I was basing it more off of the very broad assumptions/observations I’ve made/seen of superchargers offering better low-end power and more aftermarket turbo’ed engines going boom because of running higher levels of boost over your typical supercharged motor. I haven’t researched much into the topic on this platform specifically, since I plan to keep the car NA forever. My car will get a Spec 86 legal cage before it gets any forced induction. haha
"Decay buys too many beaters" (decay)
01/04/2017 at 18:11, STARS: 1
Lol, my car is going to transition into more of a street lulz machine with the Miata taking over primary track/racing duty. I think 260 wheel on a nice conservative 5 psi GTX2867 is just the ticket for reliable fun boost.
"Chris_K_F drives an FR-Slow" (chriskf)
01/04/2017 at 18:16, STARS: 1
If I found a $200 Miata and had garage space, I’d likely do the same. lol
Granted, if I found a $200 Miata where I live about 98% of it would be missing due to rust. haha
"Decay buys too many beaters" (decay)
01/04/2017 at 18:25, STARS: 1
Thankfully, only about 5% of my Miata is gone to rust. Considering it’s something I bought for a lark, it drives surprisingly well. The motor pulls a lot stronger than I expected actually! Some decent tires and and alignment I’ll be ready to start real development as soon as autocross season starts, with the goal being at least one track day before the end of the year.
Then I’ll boost that as well with the free turbo kit I just fell into. :)
"SidewaysOnDirt still misses Bowie" (sidewaysondirt)
01/04/2017 at 18:28, STARS: 5
"I Will Always Be The Honey Badger" (iwillalwaysbethehoneybadger)
01/04/2017 at 18:43, STARS: 2
Why not indeed.
"TheTurbochargedSquirrel" (thatsquirrel)
01/04/2017 at 18:43, STARS: 2
This is best answer.
"SidewaysOnDirt still misses Bowie" (sidewaysondirt)
01/04/2017 at 18:54, STARS: 0
Inspiration forfuture MR2 powerplant
(seriously)
;)
"CaptDale - is secretly British" (captdale)
01/04/2017 at 19:50, STARS: 1
I AGREE
"Tekamul" (tekamulburner)
01/04/2017 at 21:03, STARS: 1
You’re going to need something to back some of that up.
Turbos produce more heat (by restricting exhaust flow), and provide more power ‘spikes’ to stress rods.
If you’re looking for the highest peak number, you can get it with a turbo, at the expense of all around gains. A S/C gives linear, ‘always on’ power at the expense of fuel efficiency.
"Decay buys too many beaters" (decay)
01/05/2017 at 00:24, STARS: 0
It’s simple really, on an FA20 rods start to go at 350 wheel horsepower with a turbo. Large roots blowers have about a 50hp parasitic loss so you’ll only get to about 300 wheel before you’re in the same danger zone in terms of forces on the rod.