Lee posted a pic of a' Flywheel turner' My Dad's Transmission shop Had a hired help was pulling on it ,,, we kept telling him to push on that tool,, well one day I looked over in the next Bay and he was staggering around and Yepper smacked himself right between the eye's
madmike wrote: ↑Wed Oct 02, 2019 4:27 am
Lee posted a pic of a' Flywheel turner' My Dad's Transmission shop Had a hired help was pulling on it ,,, we kept telling him to push on that tool,, well one day I looked over in the next Bay and he was staggering around and Yepper smacked himself right between the eye's
Yep, that doesn't surprise me at all. Like anything else, you work to the opposite direction than you are at when at all possible. Tools slip, things break and we all get brain farts so it should be made into a habit.
"right between the eye's" tells me he was "sighting" the pull for some reason. I've seen that before but usually it's because the person had a tool slip off because he/she wasn't pulling straight. Good post POM!
buguy wrote: ↑Sat Oct 05, 2019 8:02 pm
Nice. I thought everyone put them on the wheel area.
It all just depends on what works. My swing axle car doesn't allow me to see the axle moving unless I'm looking at a rotor. My rotors have tabs on them when they bolt to the hub, made for a very nice tooth for a sensor to see. A car with drum brakes would be a little trickier. There are trigger wheel type things made to bolt onto the IRS axles at the CV joint. Mainly used when people do subie swaps and such. That's how I'd do it if i had an IRS car.
As long as your are there I think it would behoove you to check the seals on the trans and the stub shaft plus check the boots at both ends of the axle(s) to see what shaped they are in. Also, look at the neck of the boots as the clip on the end of the CV joint boot that closes out the boot to the axle, for example, is missing. Make sure that the rubber is not aged at the same time.
Also, as I remember that seam that is shown in the boot should be horizontal to the ground not vertical to reduce the stretching of the seam as the axle goes up and down. There are two arcs that the axle goes in but the up and down arc has the most travel.
Lee
You do not have the required permissions to view the files attached to this post.
Ol'fogasaurus wrote: ↑Sat Oct 05, 2019 9:18 pm
5ab2f4e4ca494046192eb189dd7e616d[1] copy.jpg
As long as your are there I think it would behoove you to check the seals on the trans and the stub shaft plus check the boots at both ends of the axle(s) to see what shaped they are in. Also, look at the neck of the boots as the clip on the end of the CV joint boot that closes out the boot to the axle, for example, is missing. Make sure that the rubber is not aged at the same time.
Also, as I remember that seam that is shown in the boot should be horizontal to the ground not vertical to reduce the stretching of the seam as the axle goes up and down. There are two arcs that the axle goes in but the up and down arc has the most travel.
Lee
Lee, that axle rotates. Including the boot. Luck of the draw that it ended up upside down on that particular photo.