So I looked all over the place and couldn't find an answer. I was wondering if anybody knows where i can view a compressor and turbine maps for the mitsu super 16g turbo? thanks for all the help
horsepower is the force that determines at what speed you hit the wall, torque is the force that determines how far you take the wall with you after you hit it.
Thanx, i couldnt find it
horsepower is the force that determines at what speed you hit the wall, torque is the force that determines how far you take the wall with you after you hit it.
Alright, so i have another question. I want to push 20 psi and im aiming for 450 hp, so i need 36.3 lbs/m or 54.4 lbs/m. I'm not sure.
http://www.rbracing-rsr.com/turbotech.html
On this calculator, do i set it at 450 hp or 300, because i want 300 more hp than stock. so thats why i'm a little confused. I'm still learning how to read compressor maps, so bear with me please. Also, according to the calculations, the turbo that comes in the hahn kit isnt efficient enough for what im looking for right? Just want to make sure i'm reading into this right.
http://www.neovb.com/intake/big16g.htm
heres a link to the map of the hahn turbo ( i think) so help if you can please!! thanx
horsepower is the force that determines at what speed you hit the wall, torque is the force that determines how far you take the wall with you after you hit it.
so with that calculator, i have to take my wanted hp minus the hp i have to figure out need cfm, right? Heres the link again.
http://www.rbracing-rsr.com/turbotech.html
horsepower is the force that determines at what speed you hit the wall, torque is the force that determines how far you take the wall with you after you hit it.
I dont understand how to use that one. Could you explain please.
horsepower is the force that determines at what speed you hit the wall, torque is the force that determines how far you take the wall with you after you hit it.
You can leave most of it be, just put in your objective hp and your engine size. (you can also change the max/min power production rpms)
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Yah but i dont understand how it helps me find the right turbo
horsepower is the force that determines at what speed you hit the wall, torque is the force that determines how far you take the wall with you after you hit it.
The graph at the bottom shows you where you stand with the selected turbo (basically as long as the red line fits almost entirely into the plots on the graph, you're good).
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Oooooooh, ok, thanks
horsepower is the force that determines at what speed you hit the wall, torque is the force that determines how far you take the wall with you after you hit it.
