WARNING
Loss of adhesion of new tires
on wet roads and at extreme
angles
Accident hazard
Always think well ahead and
avoid extreme angles.
Brakes
How do you achieve
the shortest stopping
distances?
The dynamic load distribution be-
tween the front and rear wheel
changes during braking. The
heavier you brake, the greater
the weight transfer to the front
wheel. Increases in the load on
an individual wheel are accom-
panied by a rise in the effective
braking force that the wheel can
provide.
To achieve the shortest possi-
ble braking distance, the front
brake must be applied quickly
and with progressively greater
levels of force. This procedure
provides ideal exploitation of the
extra weight transfer to the front
wheel. If the brakes are applied
abruptly and with a lot of force,
the dynamic load distribution may
not be in line with the increased
deceleration.
Descending mountain
passes
WARNING
Braking only with the rear-
wheel brake when descend-
ing mountain passes.
Loss of braking action. Destruc-
tion of the brakes caused by
overheating.
Use both front and rear brakes,
and make use of energy recov-
ery as well.
Wet, soiled brakes
Moisture and dirt on the brake
rotors and the brake pads result
in a decrease in the braking ac-
tion.
Delayed or poorer braking action
must be expected in the follow-
ing situations:
When driving in the rain and
through puddles.
After washing the vehicle.
When driving on roads spread
with salt.
After working on the brakes
due to oil or grease residues.
When driving on soiled roads
or offroad.
7
75
z
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