steering VOLKSWAGEN UP! 2017 Owners Manual

- Lever with buttons for operating the Volkswagen information system - , /
⇒ Volkswagen information system
Horn (works only when the ignition is switched onyf
Ignition lock ⇒ Starting and stopping the engine
Pedals ⇒ Changing gear
Lever for adjusting the steering column ⇒ Adjusting the seat position
Driver front airbag ⇒ Airbag system
Stowage compartment ⇒ Stowage area
Overview of the centre console
Upper section of the centre console
Fig. 7 Overview of the upper section of the centre console
Key for ⇒ Fig. 7:
Air vent, non-adjustable ⇒ Heating, ventilating, cooling
Hazard warning lights button ⇒ In an emergency
Indicator lamp for the front passenger front airbag switch-off
function PASSENGER AIRBAG ⇒ Airbag system
Button for the right-hand seat heating ⇒ Seat functions or button for the rear window
heating  (alternative fitting locationyf ⇒ Heating, ventilating, cooling
Radio (factory fittedyf

Fig. 8 Overview of the lower section of the centre console
Key for ⇒ Fig. 8:
Stowage compartment with drink holder in the centre console ⇒ Drink holder
Ashtray ⇒ Ashtray and cigarette lighter
12-volt socket or cigarette lighter ⇒ Socket⇒ Ashtray and cigarette lighter
Handbrake ⇒ Braking, stopping and parking
Lever for:
- Manual gearbox ⇒ Changing gear
- Automated manual gearbox ⇒ Changing gear
Button for city emergency brake function ⇒ City emergency brake function
Overview of the front passenger side
Fig. 9 Overview of the front passenger side (left-hand drive vehiclesyf7KHFRQWUROVDUHPLUURUHGLQ
right-hand drive vehicles
Key for ⇒ Fig. 9:
Location of front passenger front airbag in the dash panel ⇒ Airbag system
Vent ⇒ Heating, ventilating, cooling
To the side of the dash panel: key-operated switch for disabling the front passenger front
airbag ⇒ Airbag system
Opening lever for the stowage compartment or open stowage compartment ⇒ Stowage
area
Symbols in the roof
SymbolMeaning
Interior lights and reading lights ⇒ Lights
Electric panorama sliding/tilting glass roof ⇒ Electric panorama
sliding/tilting glass roof
Instrument cluster
Warning and indicator lamps
The warning and indicator lamps indicate various warnings ⇒, faults ⇒ or certain functions.
Some warning and indicator lamps light up when the ignition is switched on and should go out once
the engine is running or the vehicle is in motion.
Acoustic warning signals are sounded when some warning or indicator lamps light up.
SymbolMeaning ⇒See
Handbrake is applied.
⇒ Braking, stopping
and parkingDo not drive on!
Brake fluid level too low or fault in the brake system.
Flashing: Do not drive on!
Coolant level too low, coolant temperature too high or
coolant level system faulty.
⇒ Coolant
Flashing: Do not drive on!
Engine oil pressure too low.⇒ Engine oil
⇒ Steering

SymbolMeaning ⇒See
Do not drive on!
The electromechanical steering is faulty or not working.
Driver or front passenger seat belt not fastened.
⇒ Seat belts
There are objects on the front passenger seat.
Fault in the alternator.⇒ Vehicle battery
Vehicles with start/stop system: manual engine start
required.
⇒ Pull-away assist
systems
Fault in the automated manual gearbox.⇒ Changing gear
Lit up: there is a fault in the ESC, or it has been switched of
for system-related reasons
OR: together with the ABS indicator lamp : ABS fault.
OR: the vehicle battery has been reconnected.
⇒ Braking, stopping
and parking
Flashing: ESC/TCS is taking corrective action.
Lit up: Traction Control fault or switched off for system-
related reasons.
Flashes: Traction Control active.
ABS faulty or not functioning.
The rear fog light is switched on.⇒ Lights
Lit up or flashing: catalytic converter fault.⇒ Engine
management
system and exhaust
purification system
Engine management system fault (Electronic Power
Controlyf.
Electromechanical steering function reduced.⇒ Steering
Petrol tank nearly empty.⇒ Filling the tank
Natural gas tank nearly empty.⇒ Filling the tank
Fault in airbag and belt tensioner system.⇒ Airbag system
Automated manual gearbox overheated, or the gears
cannot be selected correctly.⇒ Changing gear
Flashing: vehicle with an automated manual gearbox is not
secured from rolling away.
Changing gear
⇒ Changing gear
Braking, stopping
and parking
⇒ Braking, stopping
and parking
Turn signal left or right.⇒ Lights
Hazard warning lights switched on.⇒ In an emergency
Cruise control system is controlling the speed.⇒ Cruise control
system (CCSyf
Depress the brake pedal.
Changing gear
⇒ Changing gear
Braking, stopping
and parking
⇒ Braking, stopping
and parking
Main beam is switched on or the headlight flasher is being
operated.⇒ Lights
Engine coolant temperature is too low in vehicles with
natural gas engine.⇒ Coolant
Seat belt fastened for a rear seat passenger.
⇒ Seat belts
Seat belt not fastened for a rear seat passenger.
Immobilizer active.⇒ Starting and
stopping the engine
After switching on the ignition: Display to indicate that a
service is due soon.
⇒ Instruments
Black ice warning. The outside temperature is below
+4°C (+39°Fyf.
Flashing quickly: City emergency brake function braking
automatically or has braked automatically.
⇒ City emergency
brake function
Flashing slowly: City emergency brake function currently
not available.
City emergency brake function has been switched on
manually. Switches off after approx. 5 seconds.
City emergency brake function has been switched off
manually.
Lit up: start/stop system is available.
Flashing: start/stop system is not available.⇒ Pull-away assist
systemsStart/stop system is available, but an automatic engine stop
is not possible.

Passengers not wearing seat belts are not connected to the vehicle. In the event of a frontal
collision they will continue to move forwards at the same speed at which the vehicle was travelling
before impact, until something stops them. Because the passengers in our example are not
restrained by seat belts, the entire amount of kinetic energy will only be released at the point of
impact against the wall ⇒ Fig. 45.
Even at speeds of approximately 30 km/h (18 mphyfWRDSSUR[LPDWHO\bNPKbPSK\f, the forces
acting on bodies in a collision can easily exceed one tonne (1,000 kgyf7KHVHIRUFHVDUHHYHQ
greater at higher speeds.
This example applies not only to frontal collisions, but to all accidents and collisions.
What happens to vehicle occupants who have not fastened their seat
belts
Fig. 46 An unbelted driver is thrown forwards
Fig. 47 The unbelted rear passenger is thrown forwards, hitting the belted driver
First read and observe the introductoryinformation and safety warnings⇒
Introduction
Many people believe that they can brace their weight with their hands in a minor collision. This is
not true.
Even at low speeds, the forces acting on the body in a collision are so great that occupants cannot
brace themselves with their arms and hands. In a frontal collision, unbelted vehicle occupants are
thrown forwards and will make unchecked contact with parts of the vehicle interior, e.g. the steering
wheel, dash panel, or windscreen ⇒ Fig. 46.
The airbag system is not a substitute for the seat belts. When triggered, the airbags only provide
additional protection. Airbags are not triggered in all kinds of accidents. Even if the vehicle is
equipped with an airbag system, all vehicle occupants, including the driver, must fasten their seat
belt and wear it correctly while the vehicle is in motion. This reduces the risk of severe or fatal
injuries in the event of an accident \f

The belt tensioners are activated by sensors during severe frontal, side and rear collisions. They
tighten the seat belts against the direction in which they are pulled. A loose seat belt is retracted,
which can reduce the forward movement or the movement of the vehicle occupants in the direction
of the impact. The belt tensioner works together with the airbag system. If the side airbags are not
activated, the belt tensioner will not be activated if the vehicle rolls over.
A fine dust may be produced when the airbags are triggered. This is quite normal and does not
mean that there is a fire in the vehicle.
Belt tension limiter
The belt tension limiter reduces the pressure exerted by the seat belt on the body during an
accident.
All safety requirements must be observed when the vehicle or components of the system are
scrapped. Qualified workshops are familiar with these requirements ⇒ Service and disposal of belt
tensioners.
Service and disposal of belt tensioners
First read and observe the introductoryinformation and safety warnings⇒
Introduction
Seat belts may become damaged during any work on the belt tensioners or while removing or
refitting any vehicle parts in conjunction with any other repair work. This damage will not always be
noticeable. The consequence may be that the belt tensioners could function incorrectly, or not
function at all, in the event of an accident.
Regulations must be observed to ensure that the effectiveness of the belt tensioner is not reduced
and that removed parts do not cause any injuries or environmental pollution. Qualified workshops
are familiar with these requirements.
The airbag modules and belt tensioners may contain perchlorate. Please comply with
legislation regarding disposal.
Airbag system
 Introduction
This chapter contains information on the followingsubjects:
⇒ Types of front passenger front airbag system
⇒ Indicator lamps
⇒ Description and function of the airbags
⇒ Front airbags
⇒ Switching the front passenger front airbag on and off manually using the key-operated switch
⇒ Side airbags
The vehicle is equipped with a front airbag for the driver and front passenger. The front airbags can
provide front seat occupants with additional chest and head protection if the seat, seat belts, head
restraints and, in the case of the driver, steering wheel are adjusted and used correctly. Airbags are
meant only for additional protection. The airbags are not a substitute for seat belts. Seat belts must
always be worn, even when the front seats are equipped with front airbags.
Additional information and warnings:
\f

Fig. 54 Location and deployment zone of the driver front airbag
Fig. 55 Location and deployment zone of the front passenger front airbag
First read and observe the introductoryinformation and safety warnings⇒
Introduction
In conjunction with the seat belts, the front airbag system gives the front occupants additional
protection for the head and chest in the event of a severe frontal collision. Always keep as far away
from the front airbag as possible ⇒ Adjusting the seat position. This allows the front airbags to
inflate fully when triggered, thus providing maximum protection.
The front airbag for the driver is located in the steering wheel ⇒ Fig. 54 and the front airbag for the
front passenger is located in the dash panel ⇒ Fig. 55. The airbag locations are identified by the
text AIRBAG.
The areas inside the red lines ⇒ Fig. 54 and ⇒ Fig. 55 are covered by the front airbags when
triggered (deployment zoneyf)RUWKLVUHDVRQ\RXPXVWQHYHUOHDYHRUDWWDFKDQ\REMHFWVLQWKHVH
areas ⇒. Any factory-fitted accessories will not be struck if the driver and front passenger front
airbags are deployed.
The airbag covers fold out of the steering wheel ⇒ Fig. 54 or dash panel ⇒ Fig. 55 when the driver
and front passenger front airbags trigger. The airbag covers remain connected to the steering
wheel or the dash panel.
Switching the front passenger front airbag on and off manually using
the key-operated switch
Once triggered, the airbag inflates at high speed.
\f

Fig. 61 Turn signal and main beam lever in the basic position
First read and observe the introductoryinformation and safety warnings⇒
Introduction
Move the lever into the required position:
Right turn signal ⇒.
Left turn signal ⇒.
Switch on the main beam ⇒. When the main beam is switched on, an indicator lamp
in the instrument cluster lights up.
Operate the headlight flasher or switch off the main beam. The headlight flasher comes on
for as long as the lever is pulled. The indicator lamp lights up.
Return the lever to the basic position to switch off the current function.
Lane change flash
To operate the lane change flash, push the lever up or down to the point where you incur resistance
and then release the lever. The turn signal flashes three times.
This lane change flash function can be deactivated at a qualified workshop.
The turn signal will only work when the ignition is switched on. The hazard warning lights
also work when the ignition is switched off ⇒ In an emergency.
If one turn signal fails, the indicator lamp will start flashing twice as fast.
The main beam headlights can only be switched on if the dipped beam headlights are
already on.
Switching lights on and off
Fig. 62 Next to the steering wheel: examples of the various light switches
First read and observe the introductoryinformation and safety warnings⇒
Introduction
Observe any country-specific regulations when using vehicle lighting.
Incorrect use of turn signals, a failure to use turn signals, or forgetting to switch off a turn
signal can confuse other road users. This can lead to accidents and serious injuries.
\f

If you have to drive a right-hand drive vehicle in a left-hand drive country, or vice versa, the
asymmetric dipped beam headlights may dazzle oncoming traffic.
Therefore you may have to apply stickers to certain parts of the headlight lenses if you are driving
abroad. A qualified workshop can provide you with further information. Volkswagen recommends
using a Volkswagen dealership for this purpose.
Stickers may only be used on the headlights for a limited period. Please contact a qualified
workshop for a permanent alteration. Volkswagen recommends using a Volkswagen dealership for
this purpose.
Headlight range control, instrument and switch lighting
Fig. 63 Next to steering wheel: headlight range control
First read and observe the introductoryinformation and safety warnings⇒
Introduction
Headlight range control
Depending on what level it is set to, the headlight range control ⇒ Fig. 63 adjusts the position of the
light cones in the headlights according to the load level of the vehicle. This gives the driver the best
visibility possible and means that oncoming traffic will not be dazzled ⇒.
The headlights can only be adjusted when the dipped beam headlights are switched on.
To adjust, turn the control ⇒ Fig. 63:
SettingVehicle load level
\f

Ignition lock
Fig. 93 Vehicle key positions
First read and observe the introductoryinformation and safety warnings⇒
Introduction
The steering lock can be activated when there is no vehicle key in the ignition lock.
Vehicle key positions ⇒ Fig. 93
Ignition switched off. The vehicle key can be removed.
Ignition switched on. The steering lock can be released.
Engine is started. Release the vehicle key as soon as the engine starts. Once released,
the vehicle key moves back to position ①.
If the vehicle key is left in the ignition for a long period with the engine switched off, the
vehicle battery could discharge.
Switching the engine off while the vehicle is moving makes it more difficult to stop the vehicle.
This can lead to loss of control of the vehicle and to accidents and severe injuries.
\f

Avoid unnecessary loads
The lighter the vehicle, the more economical and environmentally-friendly it is. An extra weight of
100 kg can increase fuel consumption by up to 0.3 l/100 km.
Remove all unnecessary objects and loads from the vehicle.
Remove any unnecessary special equipment and accessories
The more aerodynamic a vehicle, the lower its fuel consumption. Special equipment and
accessories, such as roof carriers or bicycle carriers, make the vehicle less aerodynamic.
You should therefore remove any special equipment and luggage carriers that are not in use,
especially if you are going to be driving at high speeds.
Steering
 Introduction
This chapter contains information on the followingsubjects:
⇒ Warning and indicator lamps
⇒ Information on steering
Depending on its equipment level the vehicle may have power steering.
The power steering is not hydraulic. It is an electromechanical system. The advantage of this
steering system is that no hydraulic hoses, hydraulic oil, pumps, filter or other parts are required.
The electromechanical system reduces fuel consumption. A hydraulic system requires constant oil
pressure in the system, whereas an electromechanical steering system only needs an energy
supply while steering.
The power steering provided by the electromechanical steering system automatically adjusts to the
vehicle speed, steering wheel torque and steering wheel angle. The electromechanical steering
only functions when the engine is running.
Additional information and warnings:
\f