mirror TOYOTA C-HR 2020 Owners Manual (in English)

4
OVERVIEWInstrument cluster
Indicator symbols
For details, refer to “Indicators and warning lights,” Section 2, 202\
0 Owner’s
Manual.
Automatic High Beam (AHB)
indicator
Electric power steering system
warning (red/yellow)1
BSM outside rear view mirror
indicators1,4
Charging system warning
Brake Override System/
Drive-Start Control ECO MODE indicator
Eco Driving Indicator
Arrow direction indicates fuel tank
door position
Anti-lock Brake System (ABS)
warning1
Blind Spot Monitor (BSM) OFF
indicator1,4
Brake system warning1
Brake system warning (yellow)1
Brake hold operated indicator1,2
Brake hold standby indicator1
“AIRBAG ON/OFF” indicator1
AIRBAG SRS warning1
Service indicators and reminders
“RCTA OFF” indicator2,4

Driver’s and front passenger’s seat belt
reminder (alarm will sound when the
engine switch is IGNITION ON mode)
Constant speed cruise control
indicator/Constant speed
cruise control SET indicator
Full-Speed Dynamic Radar
Cruise Control (DRCC)
indicator/DRCC SET indicator
Tachometer Outside temperature
Fuel gauge
Shift position and
shift range
Engine coolant
temperature gauge
Odometer/
trip meterMulti-Information Display
Speedometer

18
FEATURES & OPERATIONSAir conditioning/heating
“SYNC” button
ON: Synchronized
temperature settings for
driver and passengers.
OFF: Separate
temperature settings for
driver and passengers.
ECO mode switch**
Air conditioning
ON/OFF
Temperature display
Recirculate
cabin air
Climate
control OFF
Outside rearview mirror*/
Rear defogger Windshield wiper
de-icer (if equipped) Fan speed
Windshield
airflow/defogger
Automatic climate control ON
Adjusting the temperature setting will
cause the airflow vents, air intake
and fan to adjust automatically to set
temperature.
Airflow vent
In “
” or “” mode, use outside
air (“” indicator OFF) to reduce
window fogging.
Adjusters
UP: Increase temperature/fan
speed/change mode.
DOWN: Decrease temperature/
fan speed/change mode.
* Defoggers automatically turn off after a period of time.
** Air conditioning feature that helps lower fuel consumption by controlli\
ng and prioritizing functions like reducing fan speed, etc.

22
FEATURES & OPERATIONSBlind Spot Monitor (BSM)* and
Rear Cross Traffic Alert (RCTA)*
IndicatorIndicator
Buzzer (RCTA only)
* If equipped
Indicators
The system is designed to use radar sensors to detect vehicles traveling in\
the
C-HR’s blind spot when to change lanes. If a vehicle is detected, the driver w\
ill be
alerted via the outside rear view side mirror indicators.
While in reverse, when a vehicle approaching from the right or left rear of t\
he
vehicle is detected, the outside rear view mirror indicators flash.
Refer to the Toyota Owner‘s Manual for limitations and more details on thi\
s system
before attempting to use it.
BLIND SPOT MONITOR (BSM)
REAR CROSS TRAFFIC ALERT (RCTA)

24
Quick overview-Toyota Safety Sense™ P (TSS-P)
Sensors
TSS-P combines an in-vehicle camera mounted in front of the inside rear view \
mirror
and a millimeter-wave radar mounted in the front grille. These sensors supp\
ort the
driver assist systems.
Camera sensor
Radar sensor
TOYOTA SAFETY SENSE™
Toyota Safety Sense™ P (TSS-P) is a set of active safety technologies designed
to help mitigate or prevent collisions across a wide range of traffic situ\
ations, in
certain conditions. TSS-P is designed to help support the driver’s awareness\
,
decision making and vehicle operation contributing to a safe driving experience.\
Refer to the Owner’s Manual for operation, setting adjustments, limitations and
more details to understand these functions and complete safety precautions. For
more information, please go to http://www.toyota.com/safety-sense
Lane Departure Alert with Steering Assist (LDA w/SA)
LDA w/SA is designed to provide notification when the system detects
an unintended lane departure.
The Steering Assist function is designed to provide small corrective
steering inputs to the steering wheel for a short period of time to help
keep the vehicle in its lane.
Automatic High Beams (AHB)
AHB is designed to detect the headlights of oncoming vehicles and the
tail lights of preceding vehicles and switch between high beams and
low beams as appropriate.
Pre-Collision System with Pedestrian Detection (PCS w/PD)
PCS w/PD is designed to provide alert, mitigation, and/or avoidance
support in certain conditions, when the system detects a potential
collision with a preceding vehicle is likely to occur.
The advanced millimeter-wave radar sensor system is designed to
work with the camera sensor to help recognize a preceding pedestrian,
and provide an alert, mitigation and/or avoidance support in certain
conditions.
Full-Speed Range Dynamic Radar Cruise Control (DRCC)
DRCC is designed to help maintain a pre-set distance to a preceding
vehicle when the preceding vehicle is traveling at a lower speed.