293hp 193tq. B-vtec looking a little more!!
85x95 Lsvtec
15:1cr
Alaniz head
ERE block
Toda D
SSR/DTR custom header
C16 sunoco
Hondata
made 293hp, wondering if i should switch to Pro3 cams and what fuel should i use instead of the sunoco c16?
15:1cr
Alaniz head
ERE block
Toda D
SSR/DTR custom header
C16 sunoco
Hondata
made 293hp, wondering if i should switch to Pro3 cams and what fuel should i use instead of the sunoco c16?
i remember seeing a build similiar to this, RM made some custom cams and made more power than the toda d's. you should hit him up
i believe it was humble performance. maybe some one on here can vouch for it
i believe it was humble performance. maybe some one on here can vouch for it
i'd say roller valve train custom cams
Last edited by ssaccord92; Nov 11, 2009 at 01:12 PM. Reason: more info
that's right the car was from my friend morocota (tr machine) from puerto rico and alex from humble sponsor the cams I think he made 309 or 319 with the rocket super cams .
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Your peak BMEP is dictated by how knock resistant the fuel is. If you are reaching MBT before knock, no other type of fuel will make 'more' power.
There are certain alcohols that will have a cooling effect as they phase change from liquid to gas, like Ethanol and Methanol, but the gains resulting from that are minimal at best.
I would try a tune using E85 if that is available near you. It should support your compression and power, and save you a few bucks compared to race gas.
Can you please explain?
Your peak BMEP is dictated by how knock resistant the fuel is. If you are reaching MBT before knock, no other type of fuel will make 'more' power.
There are certain alcohols that will have a cooling effect as they phase change from liquid to gas, like Ethanol and Methanol, but the gains resulting from that are minimal at best.
I would try a tune using E85 if that is available near you. It should support your compression and power, and save you a few bucks compared to race gas.
Your peak BMEP is dictated by how knock resistant the fuel is. If you are reaching MBT before knock, no other type of fuel will make 'more' power.
There are certain alcohols that will have a cooling effect as they phase change from liquid to gas, like Ethanol and Methanol, but the gains resulting from that are minimal at best.
I would try a tune using E85 if that is available near you. It should support your compression and power, and save you a few bucks compared to race gas.
Wish there was E85 around here but no.
Can you please explain?
Your peak BMEP is dictated by how knock resistant the fuel is. If you are reaching MBT before knock, no other type of fuel will make 'more' power.
There are certain alcohols that will have a cooling effect as they phase change from liquid to gas, like Ethanol and Methanol, but the gains resulting from that are minimal at best.
I would try a tune using E85 if that is available near you. It should support your compression and power, and save you a few bucks compared to race gas.
Your peak BMEP is dictated by how knock resistant the fuel is. If you are reaching MBT before knock, no other type of fuel will make 'more' power.
There are certain alcohols that will have a cooling effect as they phase change from liquid to gas, like Ethanol and Methanol, but the gains resulting from that are minimal at best.
I would try a tune using E85 if that is available near you. It should support your compression and power, and save you a few bucks compared to race gas.
extreme example=nitromethane
lower energy rate then ordinairy fuel but has a stoich somewhere near 2:1
perfect (but extreme) example that fuelchoice can have a affect on poweroutput.
also, faster burning fuels that require less timing (achieving pcp at the same crank angle) can also increase power by reducing counteracting forces btdc
oxygenated fuels carry extra oxygen, need extra fuel and can make extra power if the stored energy is there.
extreme example=nitromethane
lower energy rate then ordinairy fuel but has a stoich somewhere near 2:1
perfect (but extreme) example that fuelchoice can have a affect on poweroutput.
also, faster burning fuels that require less timing (achieving pcp at the same crank angle) can also increase power by reducing counteracting forces btdc
extreme example=nitromethane
lower energy rate then ordinairy fuel but has a stoich somewhere near 2:1
perfect (but extreme) example that fuelchoice can have a affect on poweroutput.
also, faster burning fuels that require less timing (achieving pcp at the same crank angle) can also increase power by reducing counteracting forces btdc

I should have been more candid in my statement, as it was focused around what we consider gasoline, and how in terms of gasoline (with a minimal spread in energy density accross all types), power output is dictated by MBT, of which the knock resistance of the gasoline is the limiting factor.




