
CRANKSET
OUT IN OUTIN
7. Switch on the laser using
the black button on the laser
column.
8. The protractor disc has a
graduated scale on both
sides. Should there be no
rotation, centre point 0 with
the laser beam to adjust the
cleat correctly. Instead, if the
web app indicates the need
to turn the cleat, rotate this,
making the values indicated
on the disc coincide on both
sides (Fig. 8.1). By turning
the protractor towards the
outside of the shoe (+), the
heel of the shoe moves away
from the crank. By rotating the
protractor towards the inside
of the shoe (-) the heel of the
shoe moves closer to the crank
(Fig. 8.2).
9. Once you have found the
correct position, fasten the
cleat screws.
10. Repeat the same procedure
for the other shoe.
Fig. 8.2
Fig. 8.1
Fig. 9
CLEAT FIT
RE-FITTING PROCEDURE:
1. Position the shoe
(see point 1 of the
use
procedure
*) (Fig. 5)
2. The shoe is already fitted with
a cleat so choose the right
protractor disc.
3. Place the protractor disc
on the cleat. (Fig. 6)
4. Adjust the laser column
until you find point zero as a
reference on the protractor disc
and save the found rotation.
5. Position the side measuring
device (ruler) so that it touches
the graduated disc, which is the
reference required to mark the
lateral or medial deviation of
the cleat. (Fig. 9)
6. Remove the cleat and place
the new one.
7. Keeping the same reference
points found before, fasten
the cleat.
Fig. 5
Fig. 6
CLEAT FIT