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Driveshaft Boot Replacement
- rdurost
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4 years 2 months ago #27776
by rdurost
Driveshaft Boot Replacement was created by rdurost
The factory service manual doesn't address this specifically, but it implies that I need to disassemble the entire rear half of the bike (slight exaggeration) to replace the dust boot.
What do the experienced, bloody-knuckled warriors have to say?
What do the experienced, bloody-knuckled warriors have to say?
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- stocktoy
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4 years 2 months ago #27778
by stocktoy
Replied by stocktoy on topic Driveshaft Boot Replacement
Well you have to remove the rear wheel, diff and swingarm to change the boot. The process is more involved however this will give you and idea of the main parts that have to come off.
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- McBoney
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4 years 2 months ago #27780
by McBoney
Six-Pot-Cafe in the making...
Replied by McBoney on topic Driveshaft Boot Replacement
I did it the easy way around - I dropped the engine in!
www.kz1300.com/index.php/forum/bike-proj...t-end-goal?start=372
It can be done with everything in place, but you need to lube up and take it gently as the gap is narrow...... now where have I heard that before?
www.kz1300.com/index.php/forum/bike-proj...t-end-goal?start=372
It can be done with everything in place, but you need to lube up and take it gently as the gap is narrow...... now where have I heard that before?
Six-Pot-Cafe in the making...
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- rdurost
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4 years 2 months ago - 4 years 2 months ago #27785
by rdurost
Replied by rdurost on topic Driveshaft Boot Replacement
So the procedure would be:
1) Remove clamps, then cut off old boot
2) Unbolt driveshaft flange from transmission tailshaft. A "crow"s foot" attachment on a socket wrench may be helpful because of lack of clearance.
3) Lube up new boot
4) Work new boot into place
5) Bolt driveshaft back up to tailshaft
6) Reinstall clamps
Correct?
1) Remove clamps, then cut off old boot
2) Unbolt driveshaft flange from transmission tailshaft. A "crow"s foot" attachment on a socket wrench may be helpful because of lack of clearance.
3) Lube up new boot
4) Work new boot into place
5) Bolt driveshaft back up to tailshaft
6) Reinstall clamps
Correct?
Last edit: 4 years 2 months ago by rdurost.
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- strate6
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4 years 2 months ago #27793
by strate6
Yep,
Thats how I did many years ago with everything in place other than the shaft on the rear of the engine output flange.
Pete F
UK
Why Have Four When You Can Have Six ?
Replied by strate6 on topic Driveshaft Boot Replacement
rdurost wrote: So the procedure would be:
1) Remove clamps, then cut off old boot
2) Unbolt driveshaft flange from transmission tailshaft. A "crow"s foot" attachment on a socket wrench may be helpful because of lack of clearance.
3) Lube up new boot
4) Work new boot into place
5) Bolt driveshaft back up to tailshaft
6) Reinstall clamps
Correct?
Yep,
Thats how I did many years ago with everything in place other than the shaft on the rear of the engine output flange.
Pete F
UK
Why Have Four When You Can Have Six ?
The following user(s) said Thank You: rdurost
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- rdurost
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4 years 2 months ago #27902
by rdurost
Replied by rdurost on topic Driveshaft Boot Replacement
Made a bunch more progress on this now that the choking smoke from wildfires has dissipated.
I had some limited success with disconnecting the lower end of the shocks, which would allow the swing arm to drop as far as possible, and allow the greatest latitude for the driveshaft to gain more clearance. For this to work, I had to use an automotive floor jack placed under the cross-bar in front of the center stand to raise the chassis so the swingarm could drop to its limit.
Unfortunately, even all this only netted about 1/8" or less between the flanges where you have to feed through the replacement through. This is an '82, so your experience may vary. I concluded that it was nuts to spend hours trying to feed the boot through, and taking the chance of damaging it in the process, when I could probably gain MUCH more clearance by loosening a few more bolts.
After some inspecting the mechanism, and more head-scratching, I decided to bite the bullet and remove the swingarm pivot so I could slide it back for more clearance. There are instructions on how to remove the swingarm pivot in the factory service manual, but I will be able to provide much simpler instructions after I do it myself. In a nutshell, you remove the three-domed plastic cover over the joint, spin off the the center nut with an impact wrench, remove the three retaining bolts using an ordinary socket, at which time you will have exposed the spacers on either side of the pivot point for removal.
The most obvious approach is to use a big slide-hammer and a small screw that fits the center hole on the spacer. The screw is only about the size of a 10-24 machine screw, so I was able to remove the one on the right side with several manly smacks of the slide hammer. There was significant corrosion around the spacer.
The left side was a whole different deal--for whatever reason, much more water seemed to have gotten into this joint. A bunch more manly smacks with the slide hammer produced only a snapped-off machine screw., fortunately above the surface of the spacer, so I should be able to grab it with a small pair of vice-grips and turn it out without further drama. I've soaked the area down with PBBlaster for the night and we'll see if it's any better tomorrow. The joint will definitely benefit from some aluminum anti-sieze compound for the sake of the poor bugger who inherits this beast after me!
I lost the sun after about 7:30 this evening, but I think the swing arm pivot has already moved significantly (i.e, 1/4 inch or more) rearward, which should make the boot installation a breeze and much more clearance should be available if needed.
That's it for now.
I had some limited success with disconnecting the lower end of the shocks, which would allow the swing arm to drop as far as possible, and allow the greatest latitude for the driveshaft to gain more clearance. For this to work, I had to use an automotive floor jack placed under the cross-bar in front of the center stand to raise the chassis so the swingarm could drop to its limit.
Unfortunately, even all this only netted about 1/8" or less between the flanges where you have to feed through the replacement through. This is an '82, so your experience may vary. I concluded that it was nuts to spend hours trying to feed the boot through, and taking the chance of damaging it in the process, when I could probably gain MUCH more clearance by loosening a few more bolts.
After some inspecting the mechanism, and more head-scratching, I decided to bite the bullet and remove the swingarm pivot so I could slide it back for more clearance. There are instructions on how to remove the swingarm pivot in the factory service manual, but I will be able to provide much simpler instructions after I do it myself. In a nutshell, you remove the three-domed plastic cover over the joint, spin off the the center nut with an impact wrench, remove the three retaining bolts using an ordinary socket, at which time you will have exposed the spacers on either side of the pivot point for removal.
The most obvious approach is to use a big slide-hammer and a small screw that fits the center hole on the spacer. The screw is only about the size of a 10-24 machine screw, so I was able to remove the one on the right side with several manly smacks of the slide hammer. There was significant corrosion around the spacer.
The left side was a whole different deal--for whatever reason, much more water seemed to have gotten into this joint. A bunch more manly smacks with the slide hammer produced only a snapped-off machine screw., fortunately above the surface of the spacer, so I should be able to grab it with a small pair of vice-grips and turn it out without further drama. I've soaked the area down with PBBlaster for the night and we'll see if it's any better tomorrow. The joint will definitely benefit from some aluminum anti-sieze compound for the sake of the poor bugger who inherits this beast after me!
I lost the sun after about 7:30 this evening, but I think the swing arm pivot has already moved significantly (i.e, 1/4 inch or more) rearward, which should make the boot installation a breeze and much more clearance should be available if needed.
That's it for now.
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