Can't get that far yet though, the drivers side axle nut is stuck but good. I managed to break the passenger side free with a 2 foot pipe on my 1/2" socket wrench, but the drivers side is proving... difficult.
I tried using the same socket and pipe on the driver's side, but I ended up breaking my socket wrench! Thought maybe the notch punched into the nut was binding it up, but after double checking, it was completely free. I soaked the nut in PB Blaster overnight, bought another socket wrench in the morning, and tried again...
I broke THAT wrench!
I exchanged my 2nd wrench for a new one, and put it back in my toolbox, as obviously this nut was too much for the likes of a socket wrench. Picked up a 24" breaker bar, and tried jumping on it. It didn't budge an inch. Getting a little desperate, I broke out the dremel and tried cutting into the nut to loosen it. With the help of the dremel and a chisel, I removed the entire outer tang that gets tapped into the notch in the axle to immobilize it. Also cut into the the nut itself to try and weaken its grip, though I could only get about halfway because of the positioning. Tried again with the breaker bar... Nothing!! Getting frustrated now, I decided to use my 2 foot cheater bar with the breaker bar! This gave me 4 feet of leverage: 4 feet, times my 125lb frame standing on the end of it = 500 lb ft. of torque.
The nut did not budge.
I bounced up and down a few times and broke the new breaker bar! Something is definately wrong if I can't break a weakened axle nut free with over 500 lb ft. of torque. I've retired for the night, but plan to hit it in the morning... With a torch!
Any suggestions/explanations for such a badly stuck nut, as well as for where to hoist a headless engine from? Thanks!
Edited by DarkHand, 21 September 2008 - 06:09 PM.