wrongly selected as target vehicles, the
BSD system will give an alert.
●
Detection may be aected or delayed
in some environments. If the radar
cross section of the target vehicle is
too small (a bicycle, electric moped or
pedestrian, for example), the system
may fail to identify targets, leading
to false alarms. In addition, detection
may also be aected or delayed by
noise or electromagnetic interference.
●
RCTB activation scenario:
●
A pedestrian is crossing behind the
vehicle when it is reversing at a low
speed.
System Limitations
●
The activation of the RCTB 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.
●
Under some circumstances, it is
dicult for the system to assist the
driver, and detection may be aected
or delayed. Possible circumstances
include, but are not limited to:
●
The vehicle coming from behind
changes the lane suddenly.
●
Vehicles coming from behind are
detected too late at sharp turns,
slopes, or other settings.
●
The target vehicle is obscured.
●
Vehicles come from behind at a
relative speed above 80 km/h.
●
The vehicle is on a curve which is
too sharp, or is entering or exiting a
curve.
●
The vehicle is running under severe
weather, such as rain or snow.
●
Rear corner mmWave radar(s) come
o, are loosely installed, or are
blocked.
●
The vehicle encounters certain metal
guardrails or similar road conditions.
●
Targets that may not be responded
include, but are not limited to,
pedestrians and animals.
●
The environment contains
electromagnetic interference or
other inuences.
●
Vibration or collision inuence on
sensor calibration of BSD's rear corner
mmWave radars can degrade system
performance. If this is detected,
contact a BYD authorized dealer or
service provider.
WARNING
●
Blind spot assist only serves as a
driving assistance function, so the
driver must be fully responsible
for driving safety.
●
Inuence of weather, road
conditions, and other factors may
cause blind spot assist to fail.
●
Use blind spot assist based on
your needs, trac, and road
conditions.
Head-up Display (HUD)
The head-up display (HUD) function
projects important information, including
vehicle speed, navigation, speed limit,
ACC, lane departure, and BSD into
the driver's eld of view on the front
windshield. It improves driving safety
by preventing the driver from frequently
changing the focus of their eyes.
How to Use
145
04
USING AND DRIVING