The rebound and compression damping force can be individually adjusted by turning the respective adjusters. The rebound damping force adjuster 2 is located at the top of the front fork. The compression damping force adjuster 3 is located at the bottom of the front fork.

To adjust the damping force, set the adjuster to the standard setting first and then adjust the adjuster to the desired position.
To set the rebound and compression damping force, turn the adjuster clockwise until it stops and then turn it counterclockwise.
As you turn the adjuster, you will notice clicks. Count the number of clicks from fully turned-in position.
The standard rebound damping force setting is 9 clicks. The standard compression damping force setting is 14 clicks.
Turn the adjuster clockwise from the standard position to stiffen the damping force. Turn the adjuster counterclockwise to soften the damping force. The damping force should be adjusted gradually, 1/4 turn at a time, to fine-tune the suspension.
Note
: do not loosen the adjuster base 4, or front fork oil will ooze through the adjuster base.
Warning
Adjust the right and left front forks to the same settings. |
Spring pre-load adjustment
Rear suspensionEngine assembly installation
Install the engine in the reverse order of engine removal.
Pay attention to the following points:
before installing the engine, install the collars (1).
Before installing the engine, install the engine
mounting thrust adjusters (2).
Gradually raise the rear side of ...
Clutch lever position switch inspection
Inspect the clutch lever position switch in the following
procedures:
disconnect the clutch lever position switch lead
wires (1).
Inspect the clutch lever position switch for continuity
with the tester.
If any abnormality is found, replace the switch with a
new one.
S ...
Rear lighting system construction
License plate light assembly
Reflex reflector (e-03, 28, 33 only)
Clamp
: clamp the license plate light lead wire
so as not to be slack.
Rear combination light
Rear turn signal light assembly (lh/rh)
5
N·m (0.5 Kgf-m, 3.5 Lbf-ft)
1.8 N·m
...