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Turning this screw clockwise increases damping and turning it counter-clockwise
will decrease it. This is illustrated by the “HARD” and “SOFT” in the figure at the
right.
The Smart Leg cap is labeled “Speed Sensitive
Bottoming Control”, and this adjuster provides a range
of control over how progressive the fork feels. Turning
the screw clockwise increases the fork’s resistance to
bottoming, while turning the screw counter-clockwise
decreases it. On the track, this effect will be felt on
sections where the fork is forced to move very quickly
such as on harsh landings or when traversing sharp
edged bumps.
Symptom
Action
Rear end feels stiff on small bumps
Softer compression damping
Rear end ‘sways’ on straights
Harder compression damping
Bike tends to jump ‘rear end high’
Harder rebound damping
Bike tends to jump ‘rear end low’
Softer rebound damping
Frequent rear end bottoming
Harder compression damping
Bottoms after end of continuous bumps
Softer rebound damping
Rear end ‘kicks’ over square edge bumps
1) Harder rebound, 2) Softer
Compression
Rear Shock Adjustments
Always start with standard settings and make damping changes in no more than
two click increments and only make one change at a time.
Symptom
Action
Rear end feels stiff on small bumps
Softer Low Speed Compression
Damping
Rear end ‘sways’ on straights
Harder Low Speed Compression
Damping
Bike tends to jump ‘rear end high’
Harder High Speed Compression
Bike tends to jump ‘rear end low’
Softer High Speed Compression
Frequent rear end bottoming
Harder Compression Damping
Bottoms after end of continuous bumps
Softer rebound damping
Rear end ‘kicks’ over square edge bumps
1) Harder rebound, 2) Softer Low and
High Speed Compression
Rear end feels stiff under acceleration
bumps.
Softer Rebound and/or Stiffer Low
Speed Compression Damping
Proactive Suspension Adjustments