●
The trunk, hood, and all doors are
closed.
●
Driver seat belt is fastened.
●
The ESC system is on, but not activated
yet.
AEB Activation Scenarios
●
Pedestrians
●
A pedestrian in front walking in the
same direction as the vehicle
●
A pedestrian crossing in front of the
path of the vehicle (including when
the vehicle is turning or the driver's
view is obstructed)
●
Non-motor vehicles
●
A bicycle or motorcycle in front
traveling at a low speed in the same
direction as the vehicle
●
A bicycle or motorcycle crossing in
front of the path of the vehicle
(including when the vehicle is turning
or the driver's view is obstructed)
●
A stationary motorcycle in front
●
Motor vehicles
●
A stationary vehicle in front
●
A vehicle in front traveling at a low
speed or decelerating in the same
direction as the vehicle
●
A vehicle crossing in front of the path
of the vehicle (including when the
vehicle is turning)
●
A vehicle in front traveling in the
opposite direction as the vehicle
●
A vehicle in front traveling in the
opposite direction to attempt an
overtake
●
When the above scenarios are
detected, the AEB system will
determine in real time if a collision
risk exists. If there is a risk of collision,
AEB system will give alerts and initiate
auto-braking to mitigate severity or
avoid a collision.
System Limitations
●
Detection may be affected or delayed
in some environments. If the radar
cross section of the target (a
bicycle, three-wheelers, four-wheeler,
or motorized bicycle, or motorcycle,
for example) is too small, the system
may not be able to establish its
distance, resulting in either late or
no response to those vehicles. In
such cases, vehicle speed must be
controlled by the driver.
●
The activation of the AEB system
depends on various factors such as the
environment, the state of the vehicle
and the target. There is no guarantee
that the emergency braking can always
be activated in every scenario.
●
The system may be affected or give no
response in the following cases:
●
On rainy, snowy or foggy days,
large water splashes, or exposure
to direct sunlight or glaring lights,
or significantly varying lighting
conditions.
●
Dirty, hazy, damaged or blocked
sensor.
●
Radar failure due to interference
from other radar sources, such as
strong radar reflection in multi-storey
car park.
●
In complex traffic, the system may
be unable to properly respond to the
following circumstances:
●
Pedestrians or vehicles move too
quickly into the sensor's detection
range.
●
Pedestrians are obscured by other
objects.
121
04
USING AND DRIVING
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