BYD SEAL EV - Driving Safety Systems

•The bumper or the sensor was hit
hard.
•The vehicle is approaching a high or
zigzag curb.
•The vehicle is driving in the sun or in
the cold.
•The vehicle is 󽗉tted with non-
original, lower suspension.
• Except as described above, sensors
may not be able to correctly determine
the actual distance due to the shape of
the object.
•
The shape and material of obstacles
may prevent sensors from detecting
them, The followings must be
especially noted:
•Electric wires, fences, and ropes;
•
Cotton, snow, and other materials
that absorb radio waves;
•Any object with sharp edges and
corners;
•Low obstacles;
•High obstacles facing outwards
towards the vehicle;
•Any object under the bumper;
•Any object too near the vehicle;
•Persons near the vehicle (depending
on the type of clothing).
• If an image is displayed on the
infotainment screen or there is a beep,
it may be that the sensor detects an
obstacle or is interfered. If the issue
persists, go to a BYD authorized dealer
or service provider for inspection.
CAUTION
• Do not rinse or apply steam to
the sensor area when washing
the vehicle to prevent sensor
malfunction.
Driving Safety Systems
For better driving safety, the
following driving safety systems
works automatically based on driving
conditions. However, these systems only
provide assistance, and excessive reliance
on them is not recommended.
Intelligent Power Braking
System
The intelligent power braking system is
an advanced decoupled electrohydraulic
brake system integrating vacuum booster,
electronic vacuum pump, ABS system,
ESC devices, and other features. The
system assists the vehicle braking "on
an on-demand basis" according to
driver's braking needs. It o󽗈ers advanced
control functions such as anti-lock
braking system (ABS), electronic brake
force distribution (EBD), traction control
system (TCS), vehicle dynamic control
(VDC), comfort parking (CST), hill-start
hold control (HHC), hydraulic brake assist
(HBA) and controller deceleration parking
(CDP) to improve vehicle stability and
comfort, and enhance brake energy
recovery e󽗋ciency.
vehicle dynamics control (VDC)
When the vehicle turns suddenly
while driving, the VDC system judges
the driver's intention based on such
information as steering wheel's angle
and vehicle speed, and continuously
compares with the actual condition. If the
vehicle swerves from the driver's normal
lane, the VDC will correct the situation
by engaging brakes to the corresponding
wheels to help the driver control skidding
and maintain directional stability.
traction control system (TCS)
TCS prevents the drive wheels from
skidding during acceleration by reducing
the motor power, and, when necessary,
apply braking forces to prevent drive
wheels from spinning. TCS makes the
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USING AND DRIVING