2018 VOLKSWAGEN UP! change

Fig. 99 Selector lever in Tiptronic position
First read and observe the introductoryinformation and safety warnings⇒
Introduction
With Tiptronic the gears in an automated manual gearbox can be shifted up and down manually.
The gear that is currently selected will be maintained when the Tiptronic programme is selected.
This remains the case until the system does not perform a gear change due to the current driving
situation.
Operating Tiptronic
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Fault in the automated manual gearbox
First read and observe the introductoryinformation and safety warnings⇒
Introduction
Emergency programme
There may be a fault in the system if warning and indicator lamps for the automated manual
gearbox light up in the vehicle cluster ⇒ Warning and indicator lamp. When certain faults occur, the
automated manual gearbox runs in an emergency programme. The vehicle can still be driven in the
emergency programme, but only at reduced speed and not in all gears.
With an automated manual gearbox it may then be the case that the vehicle can no longer be
driven in all gears.
In all cases the automated manual gearbox should be checked by a qualified workshop
immediately.
Overheating in the automated manual gearbox
The automated manual gearbox can overheat, for example if the vehicle regularly pulls off from the
starting position or in stop-and-go traffic. Overheating is indicated by a warning lamp displayed
in the instrument cluster. An acoustic warning may also be heard. Stop the vehicle and allow the
gearbox to cool down ⇒.
The vehicle does not move forwards or backwards even though a position
has been selected
If the vehicle will not move in the required direction, the system may have selected the position
incorrectly. Depress the brake pedal and reselect the position.
If the vehicle still does not move in the required direction, there is a system fault. Seek expert
assistance and have the system checked.
Gear-change indicator (manual gearboxyf
First read and observe the introductoryinformation and safety warnings⇒
Introduction
In some vehicles, the instrument cluster will show which gear should be selected while the vehicle
is in motion to reduce fuel consumption.
DisplayMeaning
The current gear is optimal.
A higher gear is recommended.
A lower gear is recommended.
Rapid acceleration can cause loss of traction and skidding, particularly on slippery roads. This
can cause you to lose control of the vehicle, which can lead to accidents and serious injuries.
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Driving in the correct gear can reduce fuel consumption.
The display on the gear-change indicator will disappear when the clutch pedal is depressed.
In some vehicles the gear recommendation may be displayed on the screen of the portable
navigation device (delivered by Volkswagenyf ⇒ Accessories, modifications, repairs and renewal of
parts.
Braking, stopping and parking
 Introduction
This chapter contains information on the followingsubjects:
⇒ Warning and indicator lamps
⇒ Handbrake
⇒ Parking
⇒ Information on the brakes
⇒ Brake assist systems
⇒ Brake fluid
The brake assist systems are the electronic brake pressure distribution system (EBVyfDQWLORFN
brake system (ABSyfWKHEUDNHDVVLVWV\VWHP%$6\f, the electronic differential lock (EDSyfWUDFWLRQ
control (TCyfWKHWUDFWLRQFRQWUROV\VWHP7&6\f and the electronic stabilisation programme (ESCyf.
Additional information and warnings:
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to assist every time that there is a sudden change in the road surface quality. If a section of dry
road is suddenly covered with water, mud or snow, ESC will not be able to assist in the same
manner as on a dry road. If the vehicle aquaplanes (drives on a layer of water rather than on the
road surfaceyf(6&ZLOOQRWEHDEOHWRDVVLVWLQVWHHULQJWKHYHKLFOHDVWKHFRQWDFWWRWKHURDG
surface has been interrupted and it is therefore no longer possible to steer or brake the vehicle.
Always adapt your speed and driving style to suit visibility, weather, road and traffic conditions. ESC
cannot defy the laws of motion, improve the available power output, or keep the vehicle on the road
if insufficient care and attention on the part of the driver causes the vehicle to leave the road.
Instead, ESC increases the possibility of keeping the vehicle under control and, in extreme on-road
driving situations, it assesses the driver\f

Before using a particular brake fluid, check that the specifications printed on the container
correspond to the vehicle requirements.
Brake fluid that is compliant with VW standard 501 14 is available from Volkswagen dealerships.
If this brake fluid is not available and it is necessary to use another high-quality brake fluid instead,
brake fluid that is compliant with DIN ISO 4925 CLASS 4 or US standard FMVSS 116 DOT 4 can
be used.
Not all brake fluids that are compliant with DIN ISO 4925 CLASS 4 or US standard FMVSS 116
DOT 4 have the same chemical composition. Some of these brake fluids may contain chemicals
that can damage or destroy brake system components over time.
Volkswagen therefore recommends the use of brake fluid that is compliant with
VW standard 501 14 to ensure sustained optimal operation of the brake system.
Brake fluid that is compliant with VW standard 501 14 fulfils the requirements of DIN ISO 4925
CLASS 4 or US standard FMVSS 116 DOT 4.
Brake fluid level
The brake fluid level must always be between the MIN and MAX marking on the brake fluid
container or above the MIN marking ⇒.
The brake fluid level cannot be checked accurately in all models as engine components may
partially conceal the brake fluid container. If the brake fluid level cannot be read exactly, please
proceed to a qualified workshop.
The brake fluid level drops slightly when the vehicle is being used as the brake pads wear and the
brakes are automatically adjusted.
Changing the brake fluid
The brake fluid must be changed as indicated in the service schedule ⇒BookletService schedule,.
The brake fluid should be changed by a qualified workshop. Volkswagen recommends using a
Volkswagen dealership for this purpose. Only brake fluid that conforms with the required
specification should be used.
Brake fluid can pollute the environment. Any spilt service fluids must be cleaned up and
disposed of properly.
Brake failure or reduced braking effect can be caused by the brake fluid level being too low or
by brake fluid that is too old or unsuitable.
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Special driving situations
Fig. 110 A: vehicle in a bend B: motorbike in front is outside the range of the laser sensor
Fig. 111 Vehicles changing lanes
First read and observe the introductoryinformation and safety warnings⇒
Introduction
The city emergency brake function has physical and system-specific limits. In certain situations, the
driver may therefore feel that the city emergency brake function reacts too late or unexpectedly.
You should therefore always be prepared to take full control of the vehicle if necessary.
The following driving situations demand particular vigilance:
When driving through bends
When driving into or out of a long bend, the laser sensor may react to a vehicle in the adjacent lane
⇒ Fig. 110A and thus brake the vehicle. The braking effect can be stopped by pressing the
accelerator or clutch pedal or by steering the vehicle.
Narrow vehicles and a zig-zag traffic situation
Narrow vehicles and vehicles travelling slightly to the left or right of your vehicle will only be
recognised by the laser sensor once they have entered the range of the sensor ⇒ Fig. 110B. This
particularly applies to narrow vehicles such as motorcycles.
When other vehicles change lanes
Vehicles that are very close to you when they move into your lane could cause the city emergency
brake function to be applied unexpectedly ⇒ Fig. 111. The braking effect can be stopped by
pressing the accelerator or clutch pedal or by steering the vehicle.
Possible laser sensor function impairments
The city emergency brake function will switch off temporarily if the function of the laser sensor is
impaired due to heavy rain, spray, snow or mud, for example. The indicator lamp will flash in
the instrument cluster display.
The city emergency brake function is ready to work again as soon as the laser sensor returns to
normal function. The indicator lamp goes out.
The following conditions could prevent the city emergency brake function
from reacting:
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If possible, only use Volkswagen-approved engine oil ⇒. The engine oils listed are multigrade
high-lubricity oils.
Engine oils are constantly being developed and improved. A Volkswagen dealership is always kept
up to date on innovations. Volkswagen therefore recommends having engine oil changes done by a
Volkswagen dealership.
The quality of the engine oil is not only tailored to the requirements of engines and exhaust gas
treatment systems, but also to fuel quality. Due to the way in which a combustion engine works,
engine oil always comes into contact with combustion residues and fuel, which has a knock-on
effect on the ageing process of the oil.
The quality of fuels can vary greatly between individual markets and this must be taken into account
when selecting the correct engine oil.
The use of engine oils compliant with the VW 504 00 requires a fuel quality compliant with EN 228
(petrolyfRUIXHORIDQGHTXLYDOHQWTXDOLW\ Engine oils compliant with VW 504 00 are therefore
unsuitable for use in a large number of markets.
Permitted engine oil
specifications ⇒
Alternative engine oil
specifications⇒
Engine
type
Fixed service QI1, QI2, QI3,
QI4, QI7 (based on
time/distance travelledyf
Only in the EU, Switzerland,
Norway, Japan and Australia
Petrol
enginesVW 502 00VW 504 00
Natural gas
engineVW 502 00-----
Alternative engine oil specifications may only be used in fixed services QI1, QI2, QI3, QI4 and
QI7, and only when fuel of a quality compliant with EN 228 (petrolyfRUIXHORIDQHTXLYDOHQWTXDOLW\
is available in the particular country.
Checking the engine oil level and refilling engine oil
Fig. 121 Oil dipstick with markings
Fig. 122 In the engine compartment: engine oil filler cap
First read and observe the introductoryinformation and safety warnings⇒
Introduction
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With the engine at operating temperature, park the vehicle on a level surface to ensure
that the engine oil reading is correct.
Switch off the engine and wait a few minutes for the engine oil to flow back into the sump.
Open the bonnet .
Identify the engine oil filler cap and oil dipstick. The engine oil filler opening bears the
symbol  on the cap and the oil dipstick has a coloured handle. If you cannot find the cap
and dipstick please contact a qualified workshop.
Pull the dipstick out of the guide tube and wipe it off with a clean cloth.
Insert the oil dipstick into the guide tube again as far as it will go. If there is a marking on
the oil dipstick, this marking must fit in the corresponding groove at the top end of the
guide tube when inserting.
After reading the oil level, push the oil dipstick back into the guide tube as far as it will go.
Unscrew the engine oil filler opening cap .
Using only the engine oil approved by Volkswagen expressly for this engine, top up the oil
in small gradual amounts (no more than 0.5 lyf.
To avoid overfilling, wait for approximately one minute after each pour to allow the engine
oil to flow into the oil sump up to the marking on the engine oil dipstick.
Read the engine oil level from the dipstick again before refilling with a further small
quantity of engine oil. Never overfill engine oil .
After the refilling procedure, the engine oil level should be at least in the centre of area Ⓑ,
but never above area Ⓐ .
After refilling, screw the engine oil filler cap back on correctly.
Reinsert the oil dipstick correctly into the guide tube as far as it will go.
Close the bonnet correctly .
Checklist
Carry out the steps in the specified order ⇒:
Pull the dipstick out again and read the engine oil level on the dipstick as follows: Ⓐ: do not
refill oil . Proceed to step 15. Ⓑ: oil can be refilled (approximately 0.5 lyf3URFHHGWRVWHS
or 15. Ⓒ: oil must be refilled (approximately 1.0 lyf3URFHHGWRVWHS.
The engine oil level must never be above area ⇒ Fig. 121Ⓐ. Otherwise oil can be drawn in
through the crankcase breather and escape into the atmosphere via the exhaust system.
Engine oil consumption
First read and observe the introductoryinformation and safety warnings⇒
Introduction
Engine oil consumption can vary from engine to engine and can change during the working life of
an engine.
Depending on how you drive and the conditions in which the car is used, oil consumption can be up
to 1.0 litre/2,000 km \f