2013 VOLKSWAGEN PASSAT CC Owners Manual

When a turn signal is set, unnecessary lines and areas are hidden.
Orientation lines overview
Meaning of the orientation lines and areas projected on screen ⇒ fig. 131. All distances of the
orientation lines refer to a vehicle on a level surface.
(1) Red: Safety distance. Area up to about 16 inches (40 cm) behind the vehicle on the road.
(2) Vehicle's width limits.
(3) Point to change steering angle.
When the yellow line touches the curb or any other parking space boundary, the steering wheel
must be turned in the opposite direction (close-up view).
(4) The area parallel to the vehicle that is needed for parking. The area shown must fit completely
into the parking space.
(5) Parked vehicle at the curb.
Parking
x Position the vehicle about 3 feet (1 meter) away from and parallel to the parking space and shift
into Reverse.
x On the screen of the navigation system, activate Mode 2 for parallel parking.
x Back up slowly and steer the vehicle so that the yellow surface on the screen is flush with the side
boundary of the parking space (such as the curb) and stops short of any obstacle (5), such as another
vehicle.
x Turn the steering wheel as far as it will go into the direction of the parking space and slowly back
up.
x Once the yellow line (3) touches the side of the parking space, for example, a marking or the curb
(close-up view), turn the steering wheel as far as it will go in the opposite direction.
x Continue backing up until the vehicles is positioned in the parking space parallel to the road. If
necessary, correct the parking position.
It may take up to 5 seconds for the area detected by the sensors to be displayed on the factory-
installed radio or navigation system screen.

Cruise Control System (CCS)

Applicable only in the United States
Indicator lights

Fig. 132 In the instrument cluster display: Cruise control status indications.

Applicable only in Canada
Indicator lights

Fig. 133 In the instrument cluster display: Cruise control status indications.

Cruise control operation

Fig. 134 On the left side of the steering column: Cruise control operating lever.

In order to: You must ⇒fig.134Result:
Reduce set speed (while
cruise control is actively
controlling vehicle
speed).
Push the lever briefly to the
30%%$ – position (–) to reduce
speed in increments of 5 mph
(10 km/h) and store.
Cruise control will slow the vehicle
down without braking by reducing the
flow of fuel to the engine until the new
lower speed is reached and saves the
new lower speed in the memory. Push and hold the lever in the
30%%$ – position (–) to reduce the
set speed until the lower desired
speed is reached and the button
is released.
Switch off cruise control. Move the lever to the /&&position
(B).
System is switched off. The set speed
is deleted.

Driving downhill with cruise control
If cruise control cannot maintain constant speed while driving downhill, slow the vehicle with the foot
brake and downshift if necessary.
Automatic deactivation
Cruise control speed regulation is automatically deactivated or temporarily interrupted:
x If the system detects an error that could affect the function of the cruise control.
x If the vehicle has accelerated and goes faster than the stored speed for a longer time.
x If the brake or clutch pedal is depressed.
x If the vehicle shifts gear (manual transmission).
x If an airbag deploys.

Tire Pressure Monitoring System (TPMS)
Applicable only in the United States

WARNING
Incorrect tire pressures and/or underinflation can cause sudden tire failure, loss of control,
collision, serious personal injury or even death.
x When the warning symbol appears in the instrument cluster, stop and inspect the tires.
x Incorrect tire pressure and/or underinflation can cause increased tire wear and can affect
the handling of the vehicle and stopping ability.
x Incorrect tire pressures and/or underinflation can also lead to sudden tire failure,
including a blowout and sudden deflation, causing loss of vehicle control.
x The driver is responsible for the correct tire pressures for all tires on the vehicle. The
recommended tire pressure values are listed on a sticker inside the driver door .
x The TPMS can only work correctly when all tires on the vehicle are filled to the correct
cold tire inflation pressure specified for the tires installed on the vehicle.
x Using incorrect tire pressure values can cause accidents or other damage. Always inflate
the tires to the correct specified cold tire pressure values for the tires installed on the vehicle.
x Always maintain correct cold tire inflation pressure so that TPMS can do its job.
x Always inflate tires to the recommended and correct tire pressure before driving off.
x Driving with underinflated tires causes them to flex (bend) more, letting them get too hot,
resulting in tread separation, sudden tire failure, and loss of control.
x Excessive speed and/overloading can cause heat build-up, sudden tire failure, and loss of
control.
x If the tire pressure is too low or too high, the tires will wear prematurely and the vehicle
will not handle well.
x If the tire is not “flat” and you do not have to change a wheel immediately, drive carefully
and at reduced speed to the nearest service station to check the tire pressure and add air as
required.
x When replacing tires or wheel rims on vehicles equipped with TPMS always read and heed
the information and all WARNINGS regarding , Tires and wheels.
NOTICE
x The wheel electronics are attached to special aluminum valves on the wheels. These valves
are screwed on rigidly. Never bend the valves “into position” when checking and adjusting tire
pressure.
x Missing valve stem caps can cause damage to the valves as well as to the TPMS sensors.
To help prevent damage, always use valve stem caps like those originally installed at the
factory. The caps must be screwed on tightly. Do not use metal valve stem caps.
x Do not use “comfort valve caps.” They do not seal properly and can damage the sensors.
x When replacing or rotating tires, make certain the valves and sensors are not damaged.
x The aluminum valves that are installed should be replaced after about 6 years of use
because of aging in the rubber seals. The valves can be replaced when a tire is changed. Do
not reuse aluminum valves after they are removed. They must be replaced. The tire pressure
sensor can be reused.
x When replacing the valve cores, use only nickel-plated replacement cores.
x The batteries in the wheel electronics last up to 10 years. It is not possible to replace the
batteries. The entire device must be replaced.
Underinflation increases fuel consumption and tire wear.