Yes.
Pics of the build, too, plox.
Pics of the build, too, plox.
b234 internals ftw /threadI'd want it to be able to make mid 300hp safely and reliably and hopefully by the time I'm done,
Not sure why everyone is so down on the 235. After building a 234/235 hybrid I can tell you the pluses and minus as I could see, and the high end machine shop commented as well.b234 internals ftw /thread
lighter pistons = better high RPM performance. Don't know why everyone likes to hate on them either.Not sure why everyone is so down on the 235. After building a 234/235 hybrid I can tell you the pluses and minus as I could see, and the high end machine shop commented as well.
224 has shorter rods and heavier pistons, good for durability yes but the piston geometry is not so great. Longer rods mean more torque. The forged crank and rods of the 235 all seem good. but you can always replace with a better set for rods if you want. Other than that the block is the same you know...
So I would do the 235 bottom with better pistons, change to the newer oil pump and you should be golden.
I used to be obsessed with rod/stroke ratios, but got a dyno program and learned they make little to no difference in the output of the engine. (Provided the ratio is within a certain acceptable range.)Longer rods dont necessarily = more torque, longer stroke does due to leverage ratios on the crank, but thats another story haha. I probably have my notes from my engines class somewhere here, and I KNOW that we went over what the ideal ratio of rod length vs. stroke distance. All my shit from college is buried down in the basement ATM tho.