BOB REVOLUTION SE Owner's Instruction Manual page 31

FRONT WHEEL SECONDARY
RETENTION DEVICES
Your stroller fork utilizes secondary
wheel retention devices designed to
help keep the wheel from
disengaging from the fork if the quick
release is incorrectly adjusted and
tightened. The wheel can still remain
loose and wobbly even with the
secondary retention device working if
the quick release has not been
properly tightened and adjusted. The
secondary retention devices on your
stroller are the integral type that are
formed into the outer faces of the
fork dropouts.
Dropouts
(Secondary Retention Devices)
It is critical that you do not remove
or disable the secondary retention
devices. The secondary retention
devices serve as a backup for a
critical adjustment. The secondary
retention devices can reduce the
risk of the wheel disengaging from
the fork if the quick release is not
adjusted and tightened correctly.
Removing or disabling the
secondary retention devices will
void the warranty.
Secondary retention devices are
not a substitute for correct quick
release adjustment and tightening.
Using your stroller with an
improperly adjusted and tightened
wheel quick release can allow
the wheel to vibrate, wobble or
become detached from the stroller.
Make a periodical rutine check
of adequate wheel fi xing and
clamping. If the wheel is not fully
engaged and slightly moves to the
outside the wheel has to be fi xated
instantly.
FRONT WHEEL INSTALLATION
1. Rotate Quick Release Lever
Rotate quick release lever so that it
curves away from the wheel. This
places it in the FULLY OPEN position.
Quick Release Lever
FULLY OPEN FULLY CLOSED
2. Insert Front Wheel
When facing the front of the stroller,
insert the wheel between the fork
dropouts so that the axle fi rmly con-
tacts the top of the slots of the fork
dropouts.
Dropout
3. Adjust Quick Release Lever
To adjust the quick release, hold
the quick release cam lever in the
FULLY OPEN position with your right
hand as shown. Tighten the tension
adjusting nut with your left hand until
it is fi nger tight against
the fork dropout.
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