Hellion 3.7L turbo kit
Did they really?! Cause if so, that's awesome!
I would feel like at the end of the movie (like they do in shows) they should have...
"during the making of this movie, no Mustangs actually had a fart can"
I think a turbo on the 3.7 would be sick!
It already has *****, why not give it even bigger *****!
I would feel like at the end of the movie (like they do in shows) they should have...
"during the making of this movie, no Mustangs actually had a fart can"
I think a turbo on the 3.7 would be sick!
It already has *****, why not give it even bigger *****!
Did they really?! Cause if so, that's awesome! I would feel like at the end of the movie (like they do in shows) they should have... "during the making of this movie, no Mustangs actually had a fart can" I think a turbo on the 3.7 would be sick! It already has *****, why not give it even bigger *****!
400-450 = stallion crushers
950 (supposed kit hp limit) = All 7 Dragon Ballz
SOOOO much poor information on this post.
That kit won't make 950, the turbo isn't even rated to make that number lol
Just because the kit "can" make a number don't think you won't need to add more injector, bigger IC, more pump, add another BOV and gate.....the list goes on
That kit, on a stock motor will make 400ish I bet.
You can't add LT's on a forward mounted turbo car
That kit won't make 950, the turbo isn't even rated to make that number lol
Just because the kit "can" make a number don't think you won't need to add more injector, bigger IC, more pump, add another BOV and gate.....the list goes on
That kit, on a stock motor will make 400ish I bet.
You can't add LT's on a forward mounted turbo car
SOOOO much poor information on this post. That kit won't make 950, the turbo isn't even rated to make that number lol Just because the kit "can" make a number don't think you won't need to add more injector, bigger IC, more pump, add another BOV and gate.....the list goes on That kit, on a stock motor will make 400ish I bet. You can't add LT's on a forward mounted turbo car
Just slap a pro charger on it with 8 pounds of boost and you will be over 400 rwhp. Done, easy install, bolt on, easy peasey. The supercharger puts no load on the engine under normal driving conditions. The car is not making any boost until you nail it and the rpm's go above 3k or even higher. In order for my car to hit 3k in rpm's under normal driving conditions I have to be traveling around 105 mph which I have 3:73 gears.
With a few bolt on mods, one can easily be rocking 425 to 430 rwhp and call it a day. That's pretty darn awesome for a sixer. Lol. Will smoke 99 percent of peoples daily drivers. One could even take on stock 12 and under Gt500's all day long and keep with them.
With a few bolt on mods, one can easily be rocking 425 to 430 rwhp and call it a day. That's pretty darn awesome for a sixer. Lol. Will smoke 99 percent of peoples daily drivers. One could even take on stock 12 and under Gt500's all day long and keep with them.

But my point, that sounds like a direct quote from precision and it isn't 950 like they state....
Just slap a pro charger on it with 8 pounds of boost and you will be over 400 rwhp. Done, easy install, bolt on, easy peasey. The supercharger puts no load on the engine under normal driving conditions. The car is not making any boost until you nail it and the rpm's go above 3k or even higher. In order for my car to hit 3k in rpm's under normal driving conditions I have to be traveling around 105 mph which I have 3:73 gears.
With a few bolt on mods, one can easily be rocking 425 to 430 rwhp and call it a day. That's pretty darn awesome for a sixer. Lol. Will smoke 99 percent of peoples daily drivers. One could even take on stock 12 and under Gt500's all day long and keep with them.
With a few bolt on mods, one can easily be rocking 425 to 430 rwhp and call it a day. That's pretty darn awesome for a sixer. Lol. Will smoke 99 percent of peoples daily drivers. One could even take on stock 12 and under Gt500's all day long and keep with them.

You are confusing the characteristics of a turbo
american muscle just quoted the 400-950hp rating from hellion but hellion has the optional 76mm turbo that you can get instead of the 67mm one but american muscle doesnt have that option. the 67mm turbo is plenty big enough to push air to the 3.7 and make around 700hp which is probably more than these thing will hold.
Did they really?! Cause if so, that's awesome!
I would feel like at the end of the movie (like they do in shows) they should have...
"during the making of this movie, no Mustangs actually had a fart can"
I think a turbo on the 3.7 would be sick!
It already has *****, why not give it even bigger *****!
I would feel like at the end of the movie (like they do in shows) they should have...
"during the making of this movie, no Mustangs actually had a fart can"
I think a turbo on the 3.7 would be sick!
It already has *****, why not give it even bigger *****!
http://www.edmunds.com/car-reviews/f...d-mustang.html
Sorry for going offtopic everyone
I was told by my local performance shop by the dyno operator the pro charger is set to where the boost goes out the vacuum. No boost is going to the engine unless under load and high rpm's. The pro charger is designed to put no load on the engine unless above a certain rpm level. That's at least what I was told because the type of supercharger the procharger is.
I was super stoked when I discovered this a few years ago.
http://www.edmunds.com/car-reviews/f...d-mustang.html
Sorry for going offtopic everyone
http://www.edmunds.com/car-reviews/f...d-mustang.html
Sorry for going offtopic everyone
I am sad though that the article read that the Nissan motor was actually faster. :/
Even still, turbo that sixer!
Turbo that b otch bro. Lmao. It will be one bad a$$ sixer with the T. Lol
ive been looking around and it seems that the procharger takes about 15-20% of the power it makes to turn it. so if the engine makes 1000hp it takes 150-200 hp to turn the procharger. so by going turbo i should be able to make 15-20% more power to the wheels while still being safe. that would be around 540rwhp while having the same engine strain as a 450rwhp procharged engine.
ive been looking around and it seems that the procharger takes about 15-20% of the power it makes to turn it. so if the engine makes 1000hp it takes 150-200 hp to turn the procharger. so by going turbo i should be able to make 15-20% more power to the wheels while still being safe. that would be around 540rwhp while having the same engine strain as a 450rwhp procharged engine.




