Geely GEOMETRY C 2023 Owner's Manual page 118

Emergency braking function of
two wheeled vehicle*
The emergency braking function of two
wheeled vehicles is to avoid or mitigate the
collision with two wheeled vehicles passing
through the self lane.
The emergency braking function of two
wheeled vehicle includes as follows:
Pre-filling: pretreatment of the braking
•
system to achieve faster deceleration
and decompression.
Two wheeled vehicle pre-alarm: when
•
the system detects that there is a risk of
collision with the two wheeled vehicle
target in front of it, it sends out sound and
picture alarm to remind the driver to
react.
Automatic emergency braking - partial
•
braking: trigger the automatic partial
braking in case of emergency collision
with two wheeled vehicles and no
response from the driver.
Automatic emergency braking - full force
•
braking: trigger full force braking in case
of emergency collision with two wheeled
vehicles and no response from the driver.
When the emergency braking function of
•
the two wheeled vehicle of the AEB
system is triggered, there will be a
picture and text prompt on the display of
the instrument cluster, accompanied by
an alarm sound.
The working speed under this function is
•
5-80 km/h.
Target detection
The automatic emergency braking system
(AEB) can detect passenger cars, trucks,
buses and other vehicles, pedestrians (if
equipped with a front camera) and cyclists
(if equipped with a front camera and has the
function of identifying cyclists).
Vehicles
The Automatic Emergency Braking (AEB)
system can detect most vehicles that are
stationary or moving in the same direction
as the vehicle.
Only when the front combination lamps of
vehicle turn on normally can the vehicles
within a certain range be detected at night.
Pedestrians*
Only when the
unmistakable information of the pedestrian's
shape, can it achieve the best working
effect. It means that the system can clearly
recognize human's head, arms, shoulders,
thighs, upper body, lower body, etc., in
combination with
movement.
The system can detect the pedestrians in
contrast to the background, for example, the
clothing color of pedestrians is in sharp
contrast with the environment color.
If the contrast is low, the pedestrian will be
detected late or not detected at all. It means
115
Starting and driving
system detects the
standard human
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