2022 CHEVROLET CAMARO display

Chevrolet Camaro Owner Manual (GMNA-Localizing-U.S./Canada/Mexico-
14583589) - 2021 - CRC - 3/24/20
Driving and Operating 223
Launch Control (when in Competitive
Driving Mode)
Available only in Sport and Track Modes for
maximum“off-the-line” acceleration when in
Competitive Driving Mode.
For more information, see Track Events and
Competitive Driving 0188.
Competitive Driving Mode (SS,
ZL1 and 1LE Models Only)
Competitive Driving Mode and Launch
Control are systems designed to allow
increased performance while accelerating
and/or cornering. This is accomplished by
regulating and optimizing the engine,
brakes, and suspension performance. These
modes are for use at a closed course race
track and are not intended for use on public
roads. They will not compensate for a
driver’s inexperience or lack of familiarity
with the race track. Drivers who prefer to
allow the system to have more control of
the engine, brakes, and suspension are
advised to turn the normal TCS and
StabiliTrak/Electronic Stability Control (ESC)
systems on.
Caution
Attempting to shift when the drive
wheels are spinning and do not have
traction may cause damage to the
transmission. Damage caused by misuse
of the vehicle is not covered by the
vehicle warranty. Do not attempt to shift
when the drive wheels do not have
traction.
Competitive Driving Mode allows full engine
power while the StabiliTrak/ESC system
helps maintain directional control of the
vehicle by selective brake application. In this
mode, TCS is off and Launch Control is
available. Adjust your driving style to
account for the available engine power. See
“Launch Control” later in this section.
These lights are on when the vehicle is in
the Competitive Driving Mode.
This optional handling mode can be selected
by pressing the TCS/StabiliTrak/ESC button
on the console two times. The appropriate
message displays in the Driver Information
Center (DIC).

Chevrolet Camaro Owner Manual (GMNA-Localizing-U.S./Canada/Mexico-
14583589) - 2021 - CRC - 3/24/20
224 Driving and Operating
When the TCS/StabiliTrak/ESC button is
pressed again, the TCS and StabiliTrak/ESC
systems are on. The appropriate message
displays briefly in the DIC.
Launch Control
If the vehicle has the LT1 10 speed
transmission, seeTrack Events and
Competitive Driving 0188 for custom launch
control information.
A Launch Control feature is available, within
Competitive Driving Mode, to allow the
driver to achieve high levels of vehicle
acceleration in a straight line. Launch
Control is a form of traction control that
manages tire spin while launching the
vehicle. This feature is intended for use
during closed course race events where
consistent zero to sixty and quarter mile
times are desirable.
Launch Control is only available when the
following criteria are met:
.Competitive Driving Mode is selected.
.The vehicle is not moving.
.The steering wheel is pointing straight. Manual Transmissions
.The clutch is pressed to floor and the
vehicle is in 1 (First) gear.
.The accelerator pedal is rapidly applied to
wide open throttle.
The Launch Control feature will initially limit
engine speed as the driver rapidly applies
the accelerator pedal to wide open throttle.
Allow the engine rpm to stabilize. A smooth,
quick release of the clutch, while
maintaining the fully pressed accelerator
pedal, will manage wheel slip. Complete
shifts are described in Manual Transmission
0 213.
Automatic Transmissions
.The brake pedal must be firmly pressed
to the floor, equivalent to a panic brake
event.
.The accelerator pedal is rapidly applied to
wide open throttle. (If the vehicle rolls
due to wide open throttle, release the
throttle, press the brake pedal more
firmly, and re-apply the accelerator to
wide open throttle.)
After the vehicle is launched, the system
continues in Competitive Driving Mode. Competitive Driving Mode and Launch
Control are systems designed for a closed
course race track and not intended for use
on public roads. The systems are not
intended to compensate for lack of driver
experience or familiarity with the race track.
Limited-Slip Rear Axle
Vehicles with a limited-slip rear axle can
give more traction on snow, mud, ice, sand,
or gravel. When traction is low, this feature
allows the drive wheel with the most
traction to move the vehicle. The limited-slip
rear axle also gives the driver enhanced
control when cornering hard or completing a
maneuver, such as a lane change. For
vehicles with limited-slip differential, driven
under severe conditions, the rear axle fluid
should be changed. See
Competitive Driving
Mode (SS, ZL1 and 1LE Models Only) 0223
and
Maintenance Schedule 0310.

Chevrolet Camaro Owner Manual (GMNA-Localizing-U.S./Canada/Mexico-
14583589) - 2021 - CRC - 3/24/20
226 Driving and Operating
Setting Cruise Control
If
1is on when not in use, SET−or RES+
could get bumped and go into cruise when
not desired. Keep
1off when cruise control
is not being used.
1. Press
1to turn cruise control on.
2. Get up to the speed desired.
3. Press and release SET−.
4. Remove your foot from the accelerator.
The cruise control indicator on the
instrument cluster turns green after cruise
control has been set to the desired speed.
See Instrument Cluster 083.
Resuming a Set Speed
If the cruise control is set at a desired speed
and then the brakes are applied or
*is
pressed, if equipped, the cruise control is
disengaged without erasing the set speed
from memory.
Once the vehicle speed reaches about
40 km/h (25 mph) or more, briefly press RES
+. The vehicle returns to the previous set
speed. Increasing Speed While Using Cruise Control
If the cruise control system is already
activated:
.Press and hold RES+ until the desired
speed is reached, and then release it.
.To increase the vehicle speed in small
increments, briefly press RES+. For each
press, the vehicle goes about 1 km/h
(1 mph) faster.
The speedometer reading can be displayed
in either English or metric units. See
“Options” underInstrument Cluster 083.
The increment value used depends on the
units displayed.
Reducing Speed While Using Cruise Control
If the cruise control system is already
activated:
.Press and hold SET− until the desired
lower speed is reached, then release it.
.To decrease the vehicle speed in small
increments, briefly press SET−. For each
press, the vehicle goes about 1 km/h
(1 mph) slower. The speedometer reading can be displayed
in either English or metric units. See
“Options”
underInstrument Cluster 083.
The increment value used depends on the
units displayed.
Passing Another Vehicle While Using Cruise
Control
Use the accelerator pedal to increase the
vehicle speed. When you take your foot off
the pedal, the vehicle slows down to the
previously set cruise control speed. While
pressing the accelerator pedal or shortly
following the release to override cruise
control, briefly pressing SET– will result in
cruise control set to the current vehicle
speed.
Using Cruise Control on Hills
How well the cruise control works on hills
depends upon the vehicle speed, load, and
the steepness of the hills. When going up
steep hills, you might have to step on the
accelerator pedal to maintain the vehicle
speed. When going downhill, you might
have to brake or shift to a lower gear to
keep your speed down. If the brake pedal is
applied, cruise control will disengage.

Chevrolet Camaro Owner Manual (GMNA-Localizing-U.S./Canada/Mexico-
14583589) - 2021 - CRC - 3/24/20
Driving and Operating 227
Ending Cruise Control
There are five ways to end cruise control:
.Step lightly on the brake pedal (manual
and automatic transmissions).
.Press the clutch pedal for several seconds
or shift to Neutral (manual transmissions).
.Shift to N (Neutral) (automatic
transmissions).
.Press*, if equipped.
.To turn off cruise control, press1.
Erasing Speed Memory
The cruise control set speed is erased from
memory if
1is pressed or if the vehicle is
turned off.
Driver Assistance Systems
This vehicle may have features that work
together to help avoid crashes or reduce
crash damage while driving, backing, and
parking. Read this entire section before
using these systems.
{Warning
Do not rely on the Driver Assistance
Systems. These systems do not replace
the need for paying attention and driving
safely. You may not hear or see alerts or
warnings provided by these systems.
Failure to use proper care when driving
may result in injury, death, or vehicle
damage. See Defensive Driving 0185.
Under many conditions, these systems
will not:
.Detect children, pedestrians, bicyclists,
or animals.
.Detect vehicles or objects outside the
area monitored by the system.
.Work at all driving speeds.
.Warn you or provide you with enough
time to avoid a crash.
.Work under poor visibility or bad
weather conditions.
.Work if the detection sensor is not
cleaned or is covered by ice, snow,
mud, or dirt. (Continued)
Warning (Continued)
.Work if the detection sensor is
covered up, such as with a sticker,
magnet, or metal plate.
.Work if the area surrounding the
detection sensor is damaged or not
properly repaired.
Complete attention is always required
while driving, and you should be ready to
take action and apply the brakes and/or
steer the vehicle to avoid crashes.
Audible Alert
Some driver assistance features alert the
driver of obstacles by beeping. To change
the volume of the warning chime, see
“Comfort and Convenience” underVehicle
Personalization 0105.
Cleaning
Depending on vehicle options, keep these
areas of the vehicle clean to ensure the best
driver assistance feature performance. Driver
Information Center (DIC) messages may
display when the systems are unavailable or
blocked.

Chevrolet Camaro Owner Manual (GMNA-Localizing-U.S./Canada/Mexico-
14583589) - 2021 - CRC - 3/24/20
228 Driving and Operating
.Front and rear bumpers and the area
below the bumpers
.Front grille and headlamps
.Front camera lens in the front grille or
near the front emblem
.Front side and rear side panels
.Outside of the windshield in front of the
rearview mirror
.Rear side corner bumpers
.Rear Vision Camera above the license
plate
Radio Frequency
This vehicle may be equipped with driver
assistance systems that operate using radio
frequency. See Radio Frequency Statement
0 334.
Assistance Systems for Parking or
Backing
If equipped, the Rear Vision Camera (RVC),
Rear Park Assist (RPA), and Rear Cross Traffic
Alert (RCTA) may help the driver park or
avoid objects. Always check around the
vehicle when parking or backing.
Rear Vision Camera (RVC)
When the vehicle is shifted into R (Reverse),
the RVC displays an image of the area
behind the vehicle in the infotainment
display. The previous screen displays when
the vehicle is shifted out of R (Reverse) after
a short delay. To return to the previous
screen sooner, press any button on the infotainment system, shift into P (Park),
or reach a vehicle speed of approximately
12 km/h (8 mph).1. View Displayed by the Camera
1. View Displayed by the Camera
2. Corners of the Rear Bumper

Chevrolet Camaro Owner Manual (GMNA-Localizing-U.S./Canada/Mexico-
14583589) - 2021 - CRC - 3/24/20
Driving and Operating 229
Displayed images may be farther or closer
than they appear. The area displayed is
limited and objects that are close to either
corner of the bumper or under the bumper
do not display.
A warning triangle may display to show
that Rear Park Assist (RPA) or Rear Cross
Traffic Alert (RCTA) has detected an object.
This triangle changes from amber to red and
increases in size the closer the object.
{Warning
The camera(s) do not display children,
pedestrians, bicyclists, crossing traffic,
animals, or any other object outside of
the cameras’field of view, below the
bumper, or under the vehicle. Shown
distances may be different from actual
distances. Do not drive or park the
vehicle using only these camera(s).
Always check behind and around the
vehicle before driving. Failure to use
proper care may result in injury, death,
or vehicle damage. Park Assist
With RPA, as the vehicle backs up at speeds
of less than 8 km/h (5 mph), the sensors on
the rear bumper may detect objects up to
2.5 m (8 ft) behind the vehicle within a zone
25 cm (10 in) high off the ground and below
bumper level. These detection distances may
be shorter during warmer or humid weather.
Blocked sensors will not detect objects and
can also cause false detections. Keep the
sensors clean of mud, dirt, snow, ice, and
slush; and clean sensors after a car wash in
freezing temperatures.
{Warning
The Park Assist system does not detect
children, pedestrians, bicyclists, animals,
or objects located below the bumper or
that are too close or too far from the
vehicle. It is not available at speeds
greater than 8 km/h (5 mph). To prevent
injury, death, or vehicle damage, even
with Park Assist, always check the area
around the vehicle and check all mirrors
before moving forward or backing.
The instrument cluster may have a Park
Assist display with bars that show
“distance
to object” and object location information
for RPA. As the object gets closer, more bars
light up and the bars change color from
yellow to amber to red.
When an object is first detected in the rear,
one beep will be heard from the rear. When
an object is very close (<0.6 m (2 ft) in the
vehicle rear), five beeps will sound from
the rear.
Rear Cross Traffic Alert (RCTA)
If equipped, RCTA displays a red warning
triangle with a left or right pointing arrow
to warn of traffic coming from the left or
right. This system detects objects coming
from up to 20 m (65 ft) from the left or
right side of the vehicle. When an object is

Chevrolet Camaro Owner Manual (GMNA-Localizing-U.S./Canada/Mexico-
14583589) - 2021 - CRC - 3/24/20
230 Driving and Operating
detected, three beeps sound from the left or
right, depending on the direction of the
detected vehicle.
SeeRadio Frequency Statement 0334.
Turning the Features On or Off
RPA and RCTA can be turned on or off. See
“Collision/Detection Systems” underVehicle
Personalization 0105.
To turn the rear Park Assist symbols or
guidance lines on or off, see “Rear Camera”
under Vehicle Personalization 0105.
Forward Collision Alert (FCA)
System
If equipped, the FCA system may help to
avoid or reduce the harm caused by
front-end crashes. When approaching a
vehicle ahead too quickly, FCA provides a
red flashing alert on the windshield and
rapidly beeps. FCA also lights an amber
visual alert if following another vehicle too
closely.
FCA detects vehicles within a distance of
approximately 60 m (197 ft) and operates at
speeds above 8 km/h (5 mph).
{Warning
FCA is a warning system and does not
apply the brakes. When approaching a
slower-moving or stopped vehicle ahead
too rapidly, or when following a vehicle
too closely, FCA may not provide a
warning with enough time to help avoid
a crash. It also may not provide any
warning at all. FCA does not warn of
pedestrians, animals, signs, guardrails,
bridges, construction barrels, or other
objects. Be ready to take action and
apply the brakes. See Defensive Driving
0 185.
FCA can be disabled with the FCA steering
wheel control.
Detecting the Vehicle Ahead
FCA warnings will not occur unless the FCA
system detects a vehicle ahead. When a
vehicle is detected, the vehicle ahead indicator will display green. Vehicles may
not be detected on curves, highway exit
ramps, or hills, due to poor visibility; or if a
vehicle ahead is partially blocked by
pedestrians or other objects. FCA will not
detect another vehicle ahead until it is
completely in the driving lane.
{Warning
FCA does not provide a warning to help
avoid a crash, unless it detects a vehicle.
FCA may not detect a vehicle ahead if
the FCA sensor is blocked by dirt, snow,
or ice, or if the windshield is damaged.
It may also not detect a vehicle on
winding or hilly roads, or in conditions
that can limit visibility such as fog, rain,
or snow, or if the headlamps or
windshield are not cleaned or in proper
condition. Keep the windshield,
headlamps, and FCA sensors clean and in
good repair.

Chevrolet Camaro Owner Manual (GMNA-Localizing-U.S./Canada/Mexico-
14583589) - 2021 - CRC - 3/24/20
Driving and Operating 231
Collision Alert
With Head-Up Display
Without Head-Up Display
When your vehicle approaches another
detected vehicle too rapidly, the red FCA
display will flash on the windshield. Also,
eight rapid high-pitched beeps will sound
from the front. When this Collision Alert
occurs, the brake system may prepare for
driver braking to occur more rapidly, which
can cause a brief, mild deceleration.
Continue to apply the brake pedal as
needed. Cruise control may be disengaged
when the Collision Alert occurs. Tailgating Alert
The vehicle ahead indicator will display
amber when you are following the vehicle
ahead too closely.
Selecting the Alert Timing
The Collision Alert control is on the steering
wheel. Press
[to set the FCA timing to
Far, Medium, Near, or Off. The first button
press shows the current setting on the DIC.
Additional button presses will change this
setting. The chosen setting will remain until
it is changed and will affect the timing of
both the Collision Alert and the Tailgating
Alert features. The timing of both alerts will
vary based on vehicle speed. The faster the
vehicle speed, the farther away the alert will
occur. Consider traffic and weather
conditions when selecting the alert timing.
The range of selectable alert timings may
not be appropriate for all drivers and driving
conditions.
Unnecessary Alerts
FCA may provide unnecessary alerts for
turning vehicles, vehicles in other lanes,
objects that are not vehicles, or shadows.
These alerts are normal operation and the
vehicle does not need service.
Cleaning the System
If the FCA system does not seem to operate
properly, this may correct the issue:
.Clean the outside of the windshield in
front of the rearview mirror.
.Clean the entire front of the vehicle.
.Clean the headlamps.
Side Blind Zone Alert (SBZA)
If equipped, the SBZA system is a
lane-changing aid that assists drivers with
avoiding crashes that occur with moving
vehicles in the side blind zone, or blind spot
areas. When the vehicle is in a forward gear,
the left or right side mirror display will light
up if a moving vehicle is detected in that
blind zone. If the turn signal is activated and
a vehicle is also detected on the same side,
the display will flash as an extra warning
not to change lanes. Since this system is