I'm tossing around the idea of rebuilding and building up a 6bt and placing in a CUCV. I don't have a ton of experience in engine tear down or transplanting, but thats why I want to do this project.
I'm probably going to keep it simple and stick with an NV4500 or NV5600 and a fully mechanical '94-'98 12 valve 5.9 Cummins. However... With a governed speed of 2700 rpm, a single overdrive of 0.7 or so, and the stock differential ratio of 4.56, this poor buggy would redline way to early. So I did some calculations, and learned that I need to have an final drive ratio of approximately 3.73 or 4.10. So I guess my first question is this: What size is the ring gear in the D60 and 14 bolt GM axles? Is it possible to put a smaller one in?
I have considered swapping this engine in to a m1009 as well. However, I'm aiming for 500hp and 1000 ftlbs torque.. I'm pretty sure the D44 and GM 10 bolt won't handle the kinda of power very long. But even with better axles, will the frame handle that much twisting? I don't want to pick the driver side wheel up off the ground every time I take off from a stop light.
I'm probably going to keep it simple and stick with an NV4500 or NV5600 and a fully mechanical '94-'98 12 valve 5.9 Cummins. However... With a governed speed of 2700 rpm, a single overdrive of 0.7 or so, and the stock differential ratio of 4.56, this poor buggy would redline way to early. So I did some calculations, and learned that I need to have an final drive ratio of approximately 3.73 or 4.10. So I guess my first question is this: What size is the ring gear in the D60 and 14 bolt GM axles? Is it possible to put a smaller one in?
I have considered swapping this engine in to a m1009 as well. However, I'm aiming for 500hp and 1000 ftlbs torque.. I'm pretty sure the D44 and GM 10 bolt won't handle the kinda of power very long. But even with better axles, will the frame handle that much twisting? I don't want to pick the driver side wheel up off the ground every time I take off from a stop light.