I don't like posting in this section because not that many people visit it. I understand why it was moved but posting here will take days for responses to come through.
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why doesn't someone knowledgeable make a "how to" thread for "how to get 400whp" or "how to get 450 or 500...etc.
of course the hp ratings would be approximate, but would help to inform noobs like myself of all the things(including the little ones) to safely achieve a certain hp level. I know these lists would vary slightly between VIII's and IX's. my friend has an srt-4 and they have a sticky thread on how to get 300whp on the stock turbo. there has to be plenty of experienced shop owners that could make close estimates of what mods would be needed. |
^^^ a very good advice
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Originally Posted by ChinoXL05
(Post 7867015)
why doesn't someone knowledgeable make a "how to" thread for "how to get 400whp" or "how to get 450 or 500...etc.
of course the hp ratings would be approximate, but would help to inform noobs like myself of all the things(including the little ones) to safely achieve a certain hp level. I know these lists would vary slightly between VIII's and IX's. my friend has an srt-4 and they have a sticky thread on how to get 300whp on the stock turbo. there has to be plenty of experienced shop owners that could make close estimates of what mods would be needed. fp green / bbk 3" TBE Forge rs bov Hallman pro mbc Walbro255 880 inj LICP Thats basically all it takes. a non restrictive exhaust + enough fuel delivery + more airflow (bigger turbo) + proper tuning + no boost leaks Then for tuning ECUFlash Tephra mod Evoscan + datacable Wideband Then id put tbolts on the piping for reassurance. you could probably hit 400 on stock evo 9 turbo also with good cams added to the list. |
Originally Posted by tscompusa
(Post 7867807)
400whp+ can be achieved easily by
fp green / bbk 3" TBE Forge rs bov Hallman pro mbc Walbro255 880 inj LICP Thats basically all it takes. a non restrictive exhaust + enough fuel delivery + more airflow (bigger turbo) + proper tuning + no boost leaks Then for tuning ECUFlash Tephra mod Evoscan + datacable Wideband Then id put tbolts on the piping for reassurance. you could probably hit 400 on stock evo 9 turbo also with good cams added to the list. On DSMTalk.com they also have a stickey on how to get 400 HP. Perhaps the powers that be could do that here as well. -Shane |
Originally Posted by Boostfiend
(Post 7852918)
2006 Evolution IX MR 30k on the motor.
How much should I make on my current setup with an FP Black. TBE 3" exhaust Ported turbo manifold DNP port 02 housing DTM 3.5" FMIC ETS IC piping (ordering soon) Ported intake manifold ported/blueprinted head Cosworth M3's (280/272) will be getting 65mm throttle body stock block I know I'll need injectors to complete my setup but just want to know how much I should expect. Trying to decide between getting an HTA35R kit or an FP Black. The car is being built for track and weekend street cruises. It is not a daily driver for the most part. |
Originally Posted by Spoolin69
(Post 7872737)
This is a great start.
On DSMTalk.com they also have a stickey on how to get 400 HP. Perhaps the powers that be could do that here as well. -Shane |
I'm slowing finding out that 500whp requires a built motor, especially if you're asking for that much power on a mustang dyno. I have every supporting mod to make 500whp on a mustang dyno, but I'm afraid the torque is going to kill my stock 2.0L.
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great info...
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Originally Posted by Boostfiend
(Post 7935300)
I'm slowing finding out that 500whp requires a built motor, especially if you're asking for that much power on a mustang dyno. I have every supporting mod to make 500whp on a mustang dyno, but I'm afraid the torque is going to kill my stock 2.0L.
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Originally Posted by 1slowassevo
(Post 7935363)
My friend made 620 whp on pump gas at 31psi...Also 500 whp is fine on a stock block with a good tune.
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^whats the "standard" for safe whp/wtq on a stock block?
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Most would say no more than 400wtq on a mustang dyno. It's about the material and manufacturing processes. I'm pretty sure that the stock rods are cast steel and the FCC structure of the material is not strong enough to handle more tq for endured use.
Hp should not matter (of course proper tuning plays a role), but with hp you are going to make tq and tq = force x area and thus eventually the connecting rod will snap. It' sees bending forces and that's why when you exam a broken con rod it usually has an angle leading up to the broken part. I blew my first motor on 420wtq btw. |
good to know, im debating replacing rods and pistons and arp bolts for first mods...cylinder walls should be good for a good while right? trying to get a fast DD but make sure i get longevity also. its tough going from a little civic hatch to an evo...anything over 200 whp is fast for a civic lol
thanks for the info! |
Originally Posted by Boostfiend
(Post 7935521)
Most would say no more than 400wtq on a mustang dyno. It's about the material and manufacturing processes. I'm pretty sure that the stock rods are cast steel and the FCC structure of the material is not strong enough to handle more tq for endured use.
Hp should not matter (of course proper tuning plays a role), but with hp you are going to make tq and tq = force x area and thus eventually the connecting rod will snap. It' sees bending forces and that's why when you exam a broken con rod it usually has an angle leading up to the broken part. I blew my first motor on 420wtq btw. |
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