Cfm stands for cubic feet per min
Cfm stands for cubic feet per min
AFAIK it's max boost is only 14psi (hardly seems worth it :D ) but shoving through an impressive 750cfm of air at 52000rpm. The TRD M62 Eaton unit is 395cfm @ 7psi with NO INTERCOOLING POSSIBLE. Which is why Moustachio's figures were no surprise to me. I look forward to his further testing on the CC to see what that thing can hit......
...... May even convince me to change to a CC also eventually.
1200hp per kg of air per second is a good flow to power estimate when you don't have application specific numbers. it should give you a number that's attainable if you don't need to tweak with an over-rich mixture or pull back the timing too much.
so, 325-340hp = 270-285g/s and there's about 36.53 grams per cubic feet (making pressure and temperature assumptions) so 444-468CFM
and, if you want to hit the magic 400hp to the ground, you're looking at 468 at the flywheel which is 390g/s or 640CFM
but that's the easy part. you need fuel, spark and cam timing now.
Thankfully i'll be happy at 300-fly Marc as i feel heads (though i have worked them) and cams will be the hold-back factor.
That's 2gr territory, very well done :thumbsup:
330bhp coolio now i wonder if the same formula could be used for the 2gr 100bhp more, if only i could get it to the new evora 440bhp.
good going cant wait for the graph, is there any more room for improvement or was that at max?
plenty left to go but the engine is on stock internals... probably not going to last very long ... going to have to source another 1mz and build it up ready for when the current one dies!
All credit has to go to Rogue though, I just sign the cheques!
330..... Fantastic! That's bang on the figures i worked out... :thumbsup:
*takes the kick up the pants and will now crack on*