Refer to “rear wheel assembly removal and installation” .
Tire
Refer to “tire inspection” in section 0b .
Rear brake disc
Refer to “rear brake disc inspection” in section 4c .
Wheel damper
Refer to “drive chain related parts inspection” in section 3a .
Sprocket
Refer to “drive chain related components” in section 3a .
Dust seal
Inspect the dust seal lip for wear or damage. If any defects is found, replace the dust seal with a new one.
Refer to “rear wheel dust seal / bearing removal and installation” .

Wheel axle
Using a dial gauge, check the wheel axle for runout, if the runout exceeds the limit, replace the axle shaft.
Wheel axle runout service limit: 0.25 Mm (0.010 In)
Special tool
(a): 09900–20607 (dial gauge)
(b): 09900–20701 (dial gauge
chuck)
(c): 09900–21304 (v blocks)

Wheel
Wheel rim runout service limit (axial and radial): 2.0 Mm (0.08 In)

Bearing
Inspect the play of the wheel bearings by hand while they are in the wheel. Rotate the inner race by hand to inspect for abnormal noise and smooth rotation. Replace the bearing if there is anything unusual. Refer to “rear wheel dust seal / bearing removal and installation” .

Rear wheel assembly removal and installation
Rear wheel dust seal / bearing removal and installationBody frame construction
Frame
Seat rail
Seat rail bolt
Collar
Engine mounting thrust adjuster
Engine mounting thrust adjuster lock-nut
Engine mounting pinch bolt
50 N·m (5.0 Kgf-m,
36.0 Lbf-ft)
23 N·m
(2.3 Kgf-m, 16.5 Lbf-ft)
45 N·m
(4.5 Kgf-m, 32. ...
Tire removal and installation
Removal
The most critical factor of a tubeless tire is the seal
between the wheel rim and the tire bead. For this
reason, it is recommended to use a tire changer that can
satisfy this sealing requirement and can make the
operation efficient as well as functional.
Removal the wheel ass ...
If a collision is imminent, do something
Many riders fear locking up their
brakes or haven't learned to
swerve to avoid an accident.
Many inexperienced riders (and
too many seasoned riders) use
only their rear brake in an emergency,
resulting in unnecessary
impacts in some cases and
unnecessarily high impact speeds
in other case ...