AMS EVO X Turbo kit Development
#47
2. You can definately pay over $1200 for a 35R. Theres alot of stores retailing them for even more. But youd have to be a fool to pay over $1200. Honeywell wholesales Garrett 35R's for less than $900.
If you still dont understand. Let me say it in laymans terms. You can find a GT35R for about $1200 if you shop around. People like you make shops like AMS rich.
#48
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The long tube headers that place the turbo to the side is a much better design. Why try to cram it between the block and the firewall?
Regarding the price, $3999 should be more than enough for a 35R/40R kit. Its just pipes (schedule 10 i hope) and a $1200 Garrett turbo for crying out loud.
Regarding the price, $3999 should be more than enough for a 35R/40R kit. Its just pipes (schedule 10 i hope) and a $1200 Garrett turbo for crying out loud.
As for the price of the turbo, people have to make money. If everyone sold near 'wholesale', they'd probably all go out of business.
#49
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'Better' for what? I could argue that the long header is worse; less durable, probably weighs more, WILL place the heavy turbo off to the side of the car and farther up front screwing up the weight distribution and increasing the polar moment of inertia. Also, there's not much space on that side of the engine bay making the piping of the downpipe tricky. Heck, maybe whatever gains you got by the manifold design may be lost by compromises in the longer downpipe. Oh yeah, doing the oil and water lines (mainly oil drain) will be more difficult.
As for the price of the turbo, people have to make money. If everyone sold near 'wholesale', they'd probably all go out of business.
As for the price of the turbo, people have to make money. If everyone sold near 'wholesale', they'd probably all go out of business.
#50
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How many of you have had a X torn apart and tried to fit a turbo in there? There is 10x more room between the engine/firewall than there is over the tranny.
It makes no sense in this application to put the turbo there when there is more than enough room behind the engine.
It makes no sense in this application to put the turbo there when there is more than enough room behind the engine.
#51
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also you must be blind it may be cast but its surly no log manifold, its more of a header than a manifold by far. it being cast makes for a much better design for flow.
this kit looks solid. to bad it takes so long to get a cast part in production.
props to AMS for raising the bar for the evo world... again
this kit looks solid. to bad it takes so long to get a cast part in production.
props to AMS for raising the bar for the evo world... again
#52
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How many of you have had a X torn apart and tried to fit a turbo in there? There is 10x more room between the engine/firewall than there is over the tranny.
It makes no sense in this application to put the turbo there when there is more than enough room behind the engine.
It makes no sense in this application to put the turbo there when there is more than enough room behind the engine.
#55
Hahaha we have a prototype kit running right now for durability. This is using a Tubular manifold not a cast as the cast header takes a while to get back from casting.
So far the results are GREAT! At only just over 25psi with a bone stock long block (stock head studs, cams…everything) the car is making almost 500whp on 100oct. 100 octane was used to create a nice safety margin since the 4B11 is relatively uncharted at these levels.
Still with a simple tubular header and not our much nicer cast version the car is making CRAZY HP with just simple bolt on AMS Parts.
Did I mention an EVO X with close 500whp on a 30R is RIDICULOUSLY FUN TO DRIVE!!!!
Eric
So far the results are GREAT! At only just over 25psi with a bone stock long block (stock head studs, cams…everything) the car is making almost 500whp on 100oct. 100 octane was used to create a nice safety margin since the 4B11 is relatively uncharted at these levels.
Still with a simple tubular header and not our much nicer cast version the car is making CRAZY HP with just simple bolt on AMS Parts.
Did I mention an EVO X with close 500whp on a 30R is RIDICULOUSLY FUN TO DRIVE!!!!
Eric
#57
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Hahaha we have a prototype kit running right now for durability. This is using a Tubular manifold not a cast as the cast header takes a while to get back from casting.
So far the results are GREAT! At only just over 25psi with a bone stock long block (stock head studs, cams…everything) the car is making almost 500whp on 100oct. 100 octane was used to create a nice safety margin since the 4B11 is relatively uncharted at these levels.
Still with a simple tubular header and not our much nicer cast version the car is making CRAZY HP with just simple bolt on AMS Parts.
Did I mention an EVO X with close 500whp on a 30R is RIDICULOUSLY FUN TO DRIVE!!!!
Eric
So far the results are GREAT! At only just over 25psi with a bone stock long block (stock head studs, cams…everything) the car is making almost 500whp on 100oct. 100 octane was used to create a nice safety margin since the 4B11 is relatively uncharted at these levels.
Still with a simple tubular header and not our much nicer cast version the car is making CRAZY HP with just simple bolt on AMS Parts.
Did I mention an EVO X with close 500whp on a 30R is RIDICULOUSLY FUN TO DRIVE!!!!
Eric
#58
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Hahaha we have a prototype kit running right now for durability. This is using a Tubular manifold not a cast as the cast header takes a while to get back from casting.
So far the results are GREAT! At only just over 25psi with a bone stock long block (stock head studs, cams…everything) the car is making almost 500whp on 100oct. 100 octane was used to create a nice safety margin since the 4B11 is relatively uncharted at these levels.
Still with a simple tubular header and not our much nicer cast version the car is making CRAZY HP with just simple bolt on AMS Parts.
Did I mention an EVO X with close 500whp on a 30R is RIDICULOUSLY FUN TO DRIVE!!!!
Eric
So far the results are GREAT! At only just over 25psi with a bone stock long block (stock head studs, cams…everything) the car is making almost 500whp on 100oct. 100 octane was used to create a nice safety margin since the 4B11 is relatively uncharted at these levels.
Still with a simple tubular header and not our much nicer cast version the car is making CRAZY HP with just simple bolt on AMS Parts.
Did I mention an EVO X with close 500whp on a 30R is RIDICULOUSLY FUN TO DRIVE!!!!
Eric