R1200GS: 60,000 mile service [page 4]

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Tuesday, Jan 25, 2011 [59966 miles]

Brake caliper handing

Brake caliper handing

Brake caliper handing
ISO 50   f/3.5   1/60   0 ev   12.6mm
Rear wheel removed

Rear wheel removed

Rear wheel removed
ISO 50   f/2.8   1/60   0 ev   7.3mm
Clean around ABS sensor

Clean around ABS sensor

Clean around ABS sensor
ISO 50   f/2.8   1/60   0 ev   7.3mm
ABS sensor removed

ABS sensor removed

ABS sensor removed
ISO 50   f/2.8   1/60   0 ev   7.3mm

Yesterday, I left the rear brake caliper hanging from the pannier rack with some cable ties as I cleaned up. Today I started off by removing the rear wheel, cleaning around the ABS/speedo sensor, then removing the sensor in preparation for an FD fluid change.


FD support

FD support

FD support
ISO 50   f/2.8   1/60   0 ev   7.3mm
Loosen drain

Loosen drain

Loosen drain
ISO 50   f/2.8   1/60   0 ev   7.3mm
Lower FD

Lower FD

Lower FD
ISO 50   f/3.2   1/60   0 ev   7.3mm

Last time I lowered the FD I didn’t have it strapped and paid the price in the form of a set of new rear brake pads to replace the one contaminated by splashing gear oil. This time I used a strap, loosening it a little at a time to lower the drive slowly, making sure the brake rotor didn’t wind up inside my fluid catch basin.


Drive shaft back

Drive shaft back

Drive shaft back
ISO 50   f/2.8   1/60   0 ev   7.3mm
Lowered FD

Lowered FD

Lowered FD
ISO 50   f/2.8   1/60   0 ev   7.3mm
Clipped

Clipped

Clipped
ISO 50   f/2.8   1/60   0 ev   7.3mm
Drive shaft

Drive shaft

Drive shaft
ISO 50   f/2.8   1/60   0 ev   7.3mm

As the FD lowered and the boot unclipped itself I noticed that the drive shaft pulled back more than normal. I think it unclipped itself from the front (transmission) splines before the FD pinion splines came free. Not a big deal as the next step is to remove the drive shaft to take a look at the front U-joint. The drive shaft, a one-piece unit, slides out of the swing-arm.


Front U-joint OK

Front U-joint OK

Front U-joint OK
ISO 50   f/3.5   1/60   0 ev   17.3mm
Rear U-joint OK

Rear U-joint OK

Rear U-joint OK
ISO 50   f/3.5   1/60   0 ev   17.3mm
Cush OK

Cush OK

Cush OK
ISO 50   f/3.5   1/60   0 ev   17.3mm
Ready for lube

Ready for lube

Ready for lube
ISO 50   f/2.8   1/60   0 ev   7.3mm


That’s the drive shaft up close. U-joints look and feel good. I cleaned and greased the female splines. I also cleaned and put a light coat of grease on the pinion splines. An attempted wiggle of the pinion showed no more movement than normal. Time to put it back together.

Put drive shaft back

Put drive shaft back

Put drive shaft back
ISO 50   f/3.2   1/60   0 ev   7.3mm
Boot tie

Boot tie

Boot tie
ISO 50   f/3.2   1/60   0 ev   10.8mm

Putting the drive shaft back was an interesting experience. I probably spent 30 minutes trying various things that all involved trying to look at the forward end of the drive shaft. The boot doesn’t open far enough to make that realistic. Once I realized that I stuck a couple of fingers in the opening and aligned the forward splines with the transmission by feel. That took maybe 2 minutes of fiddling around getting the yoke in the proper orientation to control the vertical position from the rear of the bike.


Keep water out

Keep water out

Keep water out
ISO 50   f/3.2   1/60   0 ev   10.8mm
FD re-attach

FD re-attach

FD re-attach
ISO 50   f/3.5   1/60   0 ev   8.5mm
Forgot the washer

Forgot the washer

Forgot the washer
ISO 50   f/4.0   1/60   0 ev   7.3mm

I ran out of white lithium grease so used whatever was at hand around the boot to keep water away from the U-joint. The strap helped support the FD until I inserted the bolt and grabbed a new lock nut. Oops. I noticed that I forgot the washer when I looked at the picture. Yep, there it was next to the used nut. I loosened the nut, installed the washer, and re-torqued the nut.


180 CC

180 CC

180 CC
ISO 50   f/4.0   1/80   0 ev   7.3mm
Ready for clean-up

Ready for clean-up

Ready for clean-up
ISO 50   f/4.0   1/200   0 ev   14.9mm
ABS sensor installed

ABS sensor installed

ABS sensor installed
ISO 50   f/4.0   1/125   0 ev   7.3mm
Rear wheel installed

Rear wheel installed

Rear wheel installed
ISO 50   f/4.0   1/200   0 ev   7.3mm

‘I installed 180 CC of gear oil through the ABS/speedo sensor opening using a syringe. The ABS sensor and drain plug O-rings were in excellent condition so I re-used them. I put the brake caliper and wheel back on the bike.


Caliper and mud guard support

Caliper and mud guard support

Caliper and mud guard support
ISO 50   f/2.8   1/60   0 ev   7.3mm
8 Nm

8 Nm

8 Nm
ISO 50   f/2.8   1/60   0 ev   7.3mm
Battery charged

Battery charged

Battery charged
ISO 50   f/2.8   1/60   0 ev   7.3mm

The mudguard finishes up work on the rear of the bike. While the FD and drive shaft were being worked on the battery was on the charger. It shows a full charge after a short period of time. Guess the battery is still good. Should be, it’s only 6 months or so old.


Disconnect coil

Disconnect coil

Disconnect coil
f/2.8   1/60   0 ev   7.3mm
Coil removed

Coil removed

Coil removed
ISO 50   f/3.2   1/60   0 ev   8.5mm
Valve cover removed

Valve cover removed

Valve cover removed
ISO 50   f/2.8   1/60   0 ev   7.3mm
Spark plug tool

Spark plug tool

Spark plug tool
ISO 50   f/2.8   1/60   0 ev   7.3mm
Plug OK

Plug OK

Plug OK
ISO 50   f/3.5   1/60   0 ev   14.9mm


Time to adjust valves. The valve covers have to come off and the main spark plugs removed so I can bump the engine into position from the rear wheel. The same thing was done on left and right sides.

Right side first

Right side first

Right side first
ISO 50   f/2.8   1/60   0 ev   7.3mm
All 4 were tight

All 4 were tight

All 4 were tight
ISO 50   f/2.8   1/60   0 ev   7.3mm

The rocker end play on 3 of 4 rockers is less than 0.10 mm. The 4th rocker is less than 0.15 mm. I’ll not bother doing any adjustments. All four valves on both sides were slightly tight. I adjusted the right side, then bumped the engine to work on the left. When done I started to button up the right side of the bike.


Return spark plug

Return spark plug

Return spark plug
ISO 50   f/3.5   1/60   0 ev   14.9mm
Clean

Clean

Clean
ISO 50   f/2.8   1/60   0 ev   7.3mm
Dry

Dry

Dry
ISO 50   f/2.8   1/60   0 ev   7.3mm
Valve cover installed

Valve cover installed

Valve cover installed
ISO 50   f/2.8   1/60   0 ev   7.3mm
Coil installed

Coil installed

Coil installed
f/2.8   1/60   0 ev   7.3mm


Left side needs love

Left side needs love

Left side needs love
ISO 50   f/2.8   1/60   0 ev   7.3mm
Protect the valve train

Protect the valve train

Protect the valve train
ISO 50   f/2.8   1/60   0 ev   7.3mm
M6x1 kit

M6x1 kit

M6x1 kit
ISO 50   f/2.8   1/60   0 ev   7.3mm

The left side of the bike needs some care. The first three years I owned the bike it was dealer serviced. Looking at the marks on the cylinder head where the valve cover screws deformed the metal tells me that at least once someone used quite a bit more torque than necessary. The last few threads in one of the mounting screw threaded holes finally gave way. Helicoil time.


tap

tap

tap
ISO 50   f/2.8   1/60   0 ev   7.3mm
Tapped hole

Tapped hole

Tapped hole
ISO 50   f/3.5   1/60   0 ev   21.7mm
Installing coil

Installing coil

Installing coil
ISO 50   f/2.8   1/60   0 ev   7.3mm

Drill, tap, install coil. That was easy. Did you you notice the missing step? When I first tried to put the cover on the mounting screw going into the fixed hole seemed to bottom out before it was fully seated. Doh! I forgot to break off the tang at the bottom of the helicoil! Fixed.


Tight, again

Tight, again

Tight, again
ISO 50   f/2.8   1/60   0 ev   7.3mm

All nice and tight again. Tomorrow I’ll put the crash bars back on and take a test ride to get the engine oil and trasmission fluid up to temperature before changing. I’ll also check throttle body adjustments with the engine warm. That should pretty much finish the service.


 

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