nick72
Member
What are we working on? Looks like a 318?
Might be like in this video...
440. saw a tool similar to that, 3 jaw screw type im ordering. now i know it should come out
What are we working on? Looks like a 318?
Might be like in this video...
Thanks for the X.440. saw a tool similar to that, 3 jaw screw type im ordering. now i know it should come out
I tried removing a factory bronze bushing out of a 383 with grease, socket & a dime taped over the end of the socket. After numerous hits with a hammer, all it did was concave the dime. So now I'm out a dime and the bearing hasn't budged. I ended up using a small chisel to break it apart and remove itThat is a type of "bushing" for the input shaft of a manual transmission. Years ago when the cars were new, the crankshaft for most engines had a deeper hole that was fitted with a simple bronze or brass bushing to center the input shaft of the transmission. Over time, it became a habit of engines being fitted with cranks that did NOT have that deep hole machined to size so the workaround was that fat hockey puck looking bushing setup that was fitted into what is normally the recess for the hub of the torque converter.
You can try to pry it out but a method that I've read of is to pack the hole full of axle grease, then take a wooden broomstick handle or something like it that fits into the hole snugly. Tapping the stick with a hammer creates a hydraulic force that supposedly forces that whole "hockey puck" out of position.
I've never done it but have read of several that have. If the broomstick fits tightly, the force of the grease has to go somewhere.
I'd almost want to test this for myself just to actually see it happen.
3 jaw puller is on its way, knowing my luck if i tried grease and a rod, I'd end up blasting grease everywhere, way this project is going. its been 2 steps forward, 1 step back.I tried removing a factory bronze bushing out of a 383 with grease, socket & a dime taped over the end of the socket. After numerous hits with a hammer, all it did was concave the dime. So now I'm out a dime and the bearing hasn't budged. I ended up using a small chisel to break it