ANGELO
Red Numb Skull
stripped down the 460 today. I started a different thread for it
https://irate4x4.com/ford/229794-building-a-mild-460-for-bronco
https://irate4x4.com/ford/229794-building-a-mild-460-for-bronco
Changed my mind again. Engine before axlesupdates???
Google says 4780. Bigtex 14gn 20+5Do you have a weight on the gooseneck? Guessing around 4k
They just shaved it down some to make sure it's flat. I want the compression low enough for regularNot bad!
Awesome on the engine, Did they end up decking the block any?. That thing going to be a tire shredder
I am about to build my 99 industrial 460 finally and stab in a 78 project I recently picked up. Same as yours, 320 hrs on it
I was thinking I'll just cut the perches off the new axle and weld them on the correct angle.Good to get rid of blocks (or lessen them), but no idea what you need for springs. My guess is you still need wedges at a minimum.
460 in and running now for the axles. At this point I wish I could just do radius arms in the front but the brackets are cut it is what it is.
If go with a softer spring like deaver plan on a rear traction bar, axle wrap will likely be worse than factory springs that use the bottom overload, even with the blocks gone
I don't think you will have to change pinion angle if you add a doubler. Driveline angles are all about the relationship between the crankshaft and pinion angles, and neither of those will change when you add the doubler.Im still not totally sure if I want to install the doubler. I have all the parts, but idk if I really need it.
I think I know the answer, but if I weld the rear axle flanges on at the perfect angle as it is now, if I do a doubler in the future ill have to redo that right?
I don't think you will have to change pinion angle if you add a doubler. Driveline angles are all about the relationship between the crankshaft and pinion angles, and neither of those will change when you add the doubler.
The shorter shaft will give you more pinion angle, cant remember if you have a CV at t-case or not?But by pushing the output like 6" back won't that make the driveshaft steeper and then I turn need more pinion angle?
The shorter shaft will give you more pinion angle, cant remember if you have a CV at t-case or not?