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Dyno Sheets!
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I want to see a spec sheet that shows the stock block being able to handle 500 hp.
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As you increase the stress on mechanical components, you reduce their fatigue life dramatically. So highly stressed parts are going to fail alot sooner. If you keep the stress level low enough, those same components may last for an infinite amount of time. So when Nissan engineers design these components, they are shooting for x number of cycles to failure (maybe 300,000 miles at an average rpm of 3000 as a guess) at about 270hp max to the wheels. So if you double the max HP, you probably decrease cycles to failure at least 5-10 fold maybe more is my guess. But you'd have to know the actual increase in stress and the material types of each component to know for sure. |
I'm pretty sure Forged said from their block inspection that they thought the engine could safely handle 500 whp.
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But completely tearing a block down and looking at the components can definitely give you a good idea of what you've got. These guys build engines. They should know what these things look like.
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I would imagine (because I am not one of those people) that you could tell by checking the thickness of the higher stress areas and where the block is braced or ribbed. Take for instance the small block chevy, there are some blocks that have only two bolts on each main journal that holds the crankshaft in place. There are others that use four bolts on each main to hold the crank. Which do you think would handle more power? |
for our applications, Turbos will always outpower surperchargers.
and with the correct setup they will have near identical response. |
Ay my Man, u got to post some vids. You reppin the DFW. Represent!
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Still no dyno sheet posted?
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