Check out this Eaton port job!
Re: Re: Check out this Eaton port job!
Originally posted by tommylightning
That is unique to say the least. a straight edge and some knowledge of flow characteristics would be good. When you are ready for a port job that works let me know.
That is unique to say the least. a straight edge and some knowledge of flow characteristics would be good. When you are ready for a port job that works let me know.
Tim, I have ported around 22 plus Eatons to date. No problems to date. Most of the eatons I have done were done as favors to people or swaps for thier services. All have picked up from 24 to 38 hp, depending upon mods. All were extremely satisfied and thier wallets werent busted. This franken-eaton port design made good power and lived. If I felt it was compromised, I wouldnt of sold it to anyone. Like I said earlier, the port on this eaton was done a little different in an attempt to uncover more of the back rotorpacks. I had this eaton on the dyno as a test bed and was impressed with the results. I have 5 different port designs, heres another.
Originally posted by promodlightning
Tim, I have ported around 22 plus Eatons to date. . . .
Tim, I have ported around 22 plus Eatons to date. . . .
A customer complained about an Outrageous port job. No response from Outrageous. It just seemed to me that this issue should be cleaned up before Ourageous can proclaim that "When you are ready for a port job that works let me know."
Re: Re: Re: hmmm
Originally posted by rscoleman
Exactly! Its the Bernoulli Principle, volume and pressure are inversely proportional. More pressure less volume, more volume less pressure.
Exactly! Its the Bernoulli Principle, volume and pressure are inversely proportional. More pressure less volume, more volume less pressure.
In the case of porting you are OPENING the restriction so Bernouli gets confused
Since we are trying to increase the air mass - In this case well make it easy and use volume.
X pressure thru y opening = z volume
BUT X pressure thru y+5 opening = Z + unknown factor Volume
Doug



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