dimensions VOLKSWAGEN TIGUAN 2017 Owner´s Manual

System limits
First read and observe the introductoryinformation and safety warnings⇒
Introduction
Front Assist has physical and system-related limitations. From the driver's perspective, some Front
Assist reactions may therefore occur unexpectedly or with a delay in certain circumstances. You
should therefore always be prepared to take full control of the vehicle if necessary.
•In tight bends.
•If the accelerator is fully depressed.
•If Front Assist is switched off or faulty.
•If TCS is switched off manually.
•If ESC is taking corrective action.
•If there is a fault in several brake lights on the vehicle or on a trailer with an electrical
connection to the vehicle ⇒.
•If the radar sensor is dirty or covered.
•If there are metal objects, e.g. tracks in the road or metal plates used in roadworks, or road
signs, above and adjacent to the road.
•If the vehicle is reversing.
•Under hard acceleration.
•In snow or heavy rain.
•In case of narrow vehicles, e.g. motorbikes.
•If vehicles are travelling slightly to the left or right of your vehicle.
•If vehicles are crossing in front of your vehicle.
•If there is oncoming traffic.
•If pedestrians are standing in front of the vehicle, approaching the vehicle, or moving in the
same direction as the vehicle.
•In complex driving situations, e.g. at traffic islands.
•In unclear traffic situations, e.g. vehicles ahead are heavily braking or turning off.
•When loads or attachment parts on other vehicles protrude to the side, rear or above the normal
dimensions of the vehicle.
Switching off Front Assist
•If the vehicle is being towed.
•If the vehicle is on a rolling road test bed.
•If the vehicle is driven in areas other than public roads.
•If the radar sensor is faulty.
•After external force on the radar sensor, e.g. after a rear-end collision.
•In the event of multiple unwanted interventions.
•If the radar sensor is covered temporarily by any auxiliary equipment, e.g. auxiliary headlights.
•If the vehicle is loaded onto a truck, car ferry or motorail train.
The intelligent Pedestrian Monitoring technology cannot overcome the laws of physics,
and functions only within the limits of the system. Never let the extra convenience
afforded by the Pedestrian Monitoring system tempt you into taking any risks when
driving. The driver is always responsible for braking in time.
•If Pedestrian Monitoring issues a warning, brake your vehicle immediately depending
on the traffic situation or avoid the pedestrian.
•The Pedestrian Monitoring system cannot prevent accidents and serious injuries on its
own.
•The Pedestrian Monitoring system can issue unnecessary warnings and carry out
unwanted braking interventions in complex driving situations, e.g. on a twisting main
road.
•The Pedestrian Monitoring system can issue unnecessary warnings and carry out
unwanted braking interventions when its function is impaired, e.g. if the radar sensor is
covered or its position has been changed.
•Be prepared to take over control of the vehicle yourself at all times.
WARNING
Failure to switch off Front Assist in the situations mentioned can result in accidents and
serious injuries.
WARNING

•Changes have been made to the paintwork around the camera or the construction has been
modified, e.g. vehicle front end or the running gear.
Response to all circumstances
•Switch off the system temporarily.
•Check whether any of the causes described below apply.
•You can switch the system back on again once you have rectified the cause of the problem.
•If the system still fails to respond as expected, have the system checked by a qualified
workshop.
Park Assist
Introduction
This chapter contains information on the followingsubjects:
⇒ Prerequisites
⇒ Looking for a parking space
⇒ Driving into a parking space
⇒ Driving out of a parking space
⇒ Troubleshooting
Park Assist shows parking spaces
which are suitable for parking and
assists the driver when driving into and
out of parking spaces.
Park Assist is an extension of Park Distance Control ⇒ Park Distance Control.
Park Assist automatically steers the vehicle. The driver must control the accelerator, gear changes
and brake!
Driving into a parking space using Park Assist takes place in the following steps:
•Look for a parking space.
•Drive into a parking space.
System limits
The sensors may not always be able to detect objects such as trailer drawbars, thin rails, fences,
posts, trees and open or opening boot lids. This can result in damage to your vehicle.
In some cases, dirt and ice on the sensors could be registered as an obstacle.
Prerequisites
First read and observe the introductoryinformation and safety warnings⇒
Introduction
The following prerequisites must be met for driving into and out of parking spaces:
•The traction control system (TCS) must be switched on ⇒ Brake support systems.
•Distance: maintain a distance of 0.5 – -2.0 metres when driving past the parking space.
•The parking space must have at least the dimensions required by Park Assist.
•Speed when driving past the parking space (for parking spaces parallel to the road): not above
40 km/h (25 mph).
•Speed when driving past the parking space (for parking spaces perpendicular to the road): not
above 20 km/h (12 mph).
•Maximum speed: 7 km/h (4 mph). An automatic braking intervention can take place when
driving into a parking space.
The parking manoeuvre can be continued after the automatic brake intervention.
Fast steering wheel movements can cause serious injury.
•During the manoeuvring operation, do not reach for the steering wheel until prompted
to do so by the system.
•Exception: if a dangerous situation occurs, intervene and take over the steering.
WARNING
Park Assist uses parked vehicles, the kerb and other objects as guidance. Please ensure
that the wheels and tyres are not damaged when parking the vehicle. If necessary, stop the
parking procedure in good time to prevent damage to the vehicle.
NOTICE

If a lurching motion is detected, the trailer stabilisation function automatically helps to reduce the
trailer's rocking motion using counter steering assistance.
Requirements for trailer stabilisation
•The vehicle is a factory-fitted towing bracket or a compatible towing bracket is fitted.
•Electronic Stability Control and the traction control system (TCS) are active. The indicator lamp
or in the instrument cluster is not lit up.
•The trailer is electrically connected to the towing vehicle via the trailer socket.
•The vehicle speed is higher than approximately 60 km/h (37 mph).
•The maximum drawbar load is being carried.
•The trailer must have a rigid drawbar.
•Trailers with brakes must have a mechanical overrun system.
Retrofitting a towing bracket
Fig. 194 Dimensions and attachment points for retrofitting a towing bracket.
First read and observe the introductoryinformation and safety warnings⇒
Introduction
Do not let the extra safety afforded by the trailer stabilisation function tempt you into
taking any risks when driving – this can cause accidents.
•Always adapt your speed and driving style to suit visibility, weather, road and traffic
conditions.
•Accelerate carefully on slippery surfaces.
•Take your foot off the accelerator if one of the systems is active.
WARNING
The trailer stabilisation function may not be able to detect all driving situations correctly.
•Trailer stabilisation is switched off when ESC is deactivated.
•Light trailers that are snaking will not be recognised by the trailer stabilisation function
and stabilised accordingly in all cases.
•A trailer can still jack-knife on slippery roads with little grip, even if the towing vehicle
is equipped with trailer stabilisation.
•Trailers with a high centre of gravity might tip over before snaking starts.
•Sudden braking procedures could occur automatically in extreme driving situations if
the trailer socket is being used without a trailer (e.g. for a bicycle carrier with lighting).
WARNING

Volkswagen recommends having the towing bracket retrofitted by a qualified workshop. The cooling
system may need to be modified or heat shields may need to be fitted. Volkswagen recommends
using a Volkswagen dealership for this purpose.
Dimensions
The dimensions ⇒ Fig. 194 must be adhered to for the retro-fitting of a towing bracket. Always
observe the minimum distance given from the middle of the ball coupling Ⓕ to the surface of the
road. This also applies when the vehicle is fully laden, including maximum drawbar load.
Attachment points
989 mm
595 mm
348 mm
At least 65 mm
350 – 420 mm
1,061 – 1,066 mm
Only use towing brackets which have been approved by Volkswagen for your vehicle type.
Troubleshooting
First read and observe the introductoryinformation and safety warnings⇒
Introduction
The ball head on the towing bracket is not locked. Check towing bracket lock ⇒ Electrically 
adjustable ball coupling.
Fuel and emission control
Electrical accessories that are not connected properly can cause malfunctions in the
entire vehicle electronics system and also cause accidents and serious injuries.
•Never connect the trailer's electrical system directly to the electrical connections of the
tail lights or to other unsuitable sources of electricity. Only a suitable connector may
be used to connect the trailer.
•A towing bracket should be retrofitted to the vehicle by a qualified workshop.
WARNING
The trailer can become detached from the towing vehicle if the towing bracket is
unsuitable or incorrectly fitted. This can cause serious accidents and fatal injuries.
WARNING

Dispose of the 12-volt vehicle battery in accordance with the regulations. 12-volt vehicle
batteries may contain toxic substances such as sulphuric acid and lead.
Electrolyte can pollute the environment. Clean up any service fluid leakages and dispose of
them properly.
Troubleshooting
First read and observe the introductoryinformation and safety warnings⇒
Introduction
12-volt vehicle battery
Fault in the alternator. Go to a qualified workshop. Have the electrical system checked. Switch
off any electrical consumers that are not required. The 12-volt vehicle battery will not be charged by
the alternator while the vehicle is in motion. The start/stop system cannot start the engine.
⇒ Start/stop system 
Wheels and tyres
Tyre monitoring systems
Introduction
This chapter contains information on the followingsubjects:
⇒ Types of tyre monitoring systems
⇒ Tyre Pressure Loss Indicator
⇒ Tyre Pressure Monitoring System
⇒ Troubleshooting for the Tyre Pressure Loss Indicator
⇒ Troubleshooting for the Tyre Pressure Monitoring System
The tyre monitoring system warns the
driver when the tyre pressures get too
low.
Incorrectly securing the battery and using incorrect 12-volt vehicle batteries can cause
short circuits, fire and serious injuries.
•Always use maintenance-free and leak-proof 12-volt vehicle batteries that have the
same properties, specifications and dimensions as the factory-fitted 12-volt vehicle
battery.
•In vehicles with the 12-volt vehicle battery in the luggage compartment, ensure that the
breather hose is connected properly to the 12-volt vehicle battery. Make sure that no
open gas discharge openings are located in the area around the positive battery
terminal. If there is an open breather opening in this area, it must be closed off with a
sealing plug. The breather hose must be connected to the open breather opening in the
area of the negative terminal.
WARNING
A highly explosive mixture of gases is given off when the 12-volt vehicle battery is being
charged.
•12-volt vehicle batteries should only be charged in well-ventilated spaces.
•Never charge a 12-volt vehicle battery that is frozen or that has thawed. Discharged 12-
volt vehicle batteries can already freeze at temperatures of around 0°C (+32°F).
•The 12-volt vehicle battery must be replaced if it has ever been frozen.
•Incorrectly connected cables can cause a short circuit. First connect the positive cable
and then the negative cable.
WARNING
•Never connect or disconnect 12-volt vehicle batteries if the ignition is switched on or
the engine is running. Never use a 12-volt vehicle battery that does not correspond with
the vehicle's specifications. This can damage the electrical system or electronic
components, which can cause electrical faults.
•Never connect equipment that supplies electric power, such as solar panels or a
battery charger, to the 12-volt socket or to the cigarette lighter to charge the 12-volt
vehicle battery. This can damage the vehicle electrical system.
NOTICE

There may be differences between readings on the pressure gauge when filling the tyres and the
values determined by the Tyre Pressure Monitoring System. The Tyre Pressure Monitoring System
is more precise.
Selecting target pressures for partial or full vehicle load
The driver must select the appropriate target pressure depending on the vehicle load level.
•Switch on the ignition.
•Press the button or function button, depending on version ⇒ Vehicle settings menu.
•Touch the Vehicle status function button.
•Touch the Settings function button.
•Select the Tyres menu option.
•Select the load level.
Selecting the tyre type
While the dimensions of the tyres are changed, it may be necessary to adjust the target pressure
for the new tyres. If no adjustment is necessary, the selection menu will not be available.
•Switch on the ignition.
•Press the button or function button, depending on version ⇒ Vehicle settings menu.
•Touch the Vehicle status function button.
•Touch the Settings function button.
•Select the Tyres menu option.
•Select the appropriate tyre size.
If the tyre sizes are fitted that do not correspond to the factory-specified sizes, the corresponding
target tyre pressures can be entered by a Volkswagen dealer.
Spare wheel or temporary spare wheel
The tyre pressure of the spare wheel or the temporary spare wheel in the luggage compartment is
not monitored.
Depends on the vehicle.
Troubleshooting for the Tyre Pressure Loss Indicator
First read and observe the introductoryinformation and safety warnings⇒
Introduction
Lit up
•Do not drive on!
•Check and adjust all tyre pressures ⇒ Tyre pressure.
•The damaged tyre should be replaced.
•Re-synchronise the Tyre Pressure Loss Indicator ⇒ Tyre Pressure Loss Indicator.
•If the problem persists, seek expert assistance.
Flashes
•Do not drive on!
•Switch the ignition off and then back on again.
•Re-synchronise the Tyre Pressure Loss Indicator ⇒ Tyre Pressure Loss Indicator.
•If the problem persists, seek expert assistance.
•The pressure sensors are secured to special aluminium valves that are screwed rigidly
in place. When inflating the tyres and checking the pressure, do not bend the valves
into position.
•Missing valve caps could lead to damage to the valve and the sensors. Always make
sure that all valve caps are fully screwed on. Do not use metal valve caps.
•Do not use convenience valve caps as they do not form a proper seal. This can cause
damage to the sensors.
NOTICE
1)

Old tyres should be disposed of as required by legislation.
Volkswagen-approved tyres are guaranteed to have the dimensions that are suitable for the
vehicle. In the case of other tyres, the tyre seller must provide a certificate from the tyre
manufacturer stating that the tyre is also suitable for the vehicle. This certificate must be stored in a
safe place in the vehicle.
Wheel rims and wheel bolts
First read and observe the introductoryinformation and safety warnings⇒
Introduction
Wheel rims, tyres and wheel bolts are matched to the vehicle type. If different rims are fitted, the
correct wheel bolts with the correct length and correctly shaped bolt heads must be used
⇒ Changing a wheel.
For technical reasons, it is not generally possible to use the wheels from other vehicles. This can
also apply to wheels of the same vehicle type.
Wheel bolts
The correct wheel bolts must be used for all vehicle types; these bolts must always be tightened
with the correct tightening torque ⇒ Wheel bolts.
Wheel rims with bolted rim rings or trim elements
Wheel rims with bolted-on rings or trim elements consist of several components. These
components are joined together using special bolts. Damaged wheel rims must be replaced and
must always be repaired by a qualified workshop. Volkswagen recommends using a Volkswagen
dealership for this purpose ⇒.
Rim identification
In some countries, new wheel rims must contain information on certain properties. The following
information may be provided on the wheel rim:
•Seal of conformity
•Rim size
•Name of manufacturer or brand name
•Date manufactured (month/year)
•Country of origin
•Production number
•Raw materials batch number
•Product code
Wheels must have the necessary freedom of operation. If the wheels do not have the
necessary freedom of operation, the tyre could rub on parts of the running gear, the
vehicle body and the brake lines. This can lead to a fault in the brake system and to tread
separation and thus to a tyre bursting.
•The actual tyre size must not exceed the tyre dimensions of manufacturers approved
by Volkswagen and must not rub on any vehicle body parts.
WARNING
Avoid heavy impacts and drive round obstacles whenever possible. Tyres can be
deformed by potholes and kerb edges especially. This can cause damage to the tyres and
wheel rims.
NOTICE

When the performance figures were measured, the vehicle was not fitted with any equipment that
could reduce performance, e.g. a roof carrier or mud flaps.
Gross combination weight rating
The gross combination weight ratings listed are only applicable for altitudes up to 1,000 m above
sea level. The maximum weight of the car and trailer must be reduced by approximately 10% for
every further 1,000 m in altitude.
Explanation of tables
Gearbox abbreviations: MG = manual gearbox, DSG = dual clutch gearbox DSG. MG6 = 6-speed
manual gearbox.
Vehicle identification data
Fig. 253 vehicle data sticker: example shows a vehicle with engine code CPTA ③. Type plate.
Fig. 254 In the windscreen: vehicle identification number.
Vehicle data sticker
The vehicle data sticker ⇒ Fig. 253 is located inside the front cover of the owner's manual and
in the spare wheel well in the luggage compartment. It contains the following data:
Vehicle identification number (chassis number).
Vehicle type, engine power, gearbox type.
®®
Exceeding the maximum permissible weights, gross combination weights, loads,
dimensions, maximum speeds and axle loads can damage the vehicle and cause
accidents and serious injuries.
•Do not exceed the permitted weights, gross combination weights, loads, dimensions
and maximum speeds.
•The actual axle loads must never exceed the maximum permissible axle loads.
•The payload and the distribution of the load in the vehicle have an effect on the driving
response and braking distance of the vehicle. Adjust your speed accordingly.
WARNING
The payload should be distributed as evenly as possible in the vehicle. When transporting
heavy objects in the luggage compartment, they should be placed either in front of or over
the rear axle in order to minimise the effect on the vehicle's handling.
NOTICE

Engine and gearbox code, paint number, interior equipment. In the example, the engine
code is CPTA ⇒ Fig. 253.
Optional extras, PR numbers.
Type plate
The type plate ⇒ Fig. 253 can be seen on the lower part of the door pillar when the door is
open. Vehicles for certain export countries do not have a type plate.
The type plate contains the following data:
Permit
Gross vehicle weight rating
Gross combination weight rating (vehicle plus trailer ⇒ Trailer towing)
Gross axle weight rating, front
Gross axle weight rating, rear
Vehicle identification number
The vehicle identification number can be read from outside the vehicle through a viewer in the
windscreen ⇒ Fig. 254 (arrow). The viewer is located in the lower corner of the windscreen. The
vehicle identification number is also stamped on the right-hand water drainage channel. The water
drainage channel is located between the suspension turret and wing. Open the bonnet ⇒ In the 
engine compartment to gain access to the vehicle identification number.
Dimensions
Fig. 255 Dimensions.
The data in the table apply to the most basic German model.
The specified values can vary due to different tyre and wheel sizes, if additional equipment is fitted,
for different equipment packages, for retrofitted accessories, and for special vehicles. They can also
vary in vehicles that have been manufactured for other countries.
Key to ⇒ Fig. 255:Value
ⒶWidth (from one exterior mirror to the other)2,099 mm
Ⓑ
Width1,859 mm
Width with widened wheel housing1,863 mm
Ⓒ
Front track1,589 mm
Rear track1,580 mm
ⒹHeight to the upper edge of the roof at kerb weight1,632 mm
ⒺMaximum height at kerb weight-
ⒻHeight with open bonnet and kerb weight1,868 mm
ⒼHeight with open boot lid and kerb weight2,043 mm
ⒽGround clearance when ready to drive between the
axles201 mm
ⒾWheelbase2,677 mm
Ⓙ
Length with standard front (from bumper to bumper)4,486 mm
Length with off-road front (from bumper to bumper)-
ⓀLength with standard front and fitted towing bracket
(when factory-fitted)-
-
a)
a)b)
a)
a)
c)
b)
b)
b)

Engine codeCUAA
Maximum torque500 Nm at 1,750 - 2,500 rpm
GearboxDSG7 4MOTION
Maximum speedkm/h230
Kerb weightkg1,810
Gross vehicle weight ratingkg2,350 - 2,360
Gross axle weight rating, frontkg1,220
Gross axle weight rating, rearkg1,180 - 1,190
Maximum trailer weight, braked, gradients up
to 12 %kg2,300 - 2,500
Maximum trailer weight, braked, gradients up
to 8%kg–
Maximum trailer weight, unbrakedkg750
Maximum permitted gross combination weightkg4,680 - 4,850
AbbreviationDefinition
rpmRevolutions per minute – engine speed.
ABSAnti-lock brake system.
AFSCornering lighting.
AMMedium wave (amplitude modulation).
AppApplication.
TCSTraction control system.
AUXAuxiliary audio input.
COCarbon dioxide.
DCCAdaptive chassis control.
DINGerman Standards Authority.
DSG6Automatic 6-speed DSG dual clutch gearbox.
DSG7Automatic 7-speed DSG dual clutch gearbox.
EDLElectronic differential lock.
ENEuropean standard.
ESCElectronic Stability Control.
ETCElectronic toll collection system.
g/kmCarbon dioxide emissions in grams per kilometre.
CCSCruise Control System.
ITInformation technology.
kNKilonewton, pulling power.
kPaKilopascal, value for tyre pressure.
kWKilowatt, indication of engine power.
LEDLight-emitting diode.
MFDMultifunction display.
ECEngine code.
NmNewton metres, unit of engine torque.
OBDOn-board diagnosis.
hpThe approximate equivalent of brake horse power, formerly used to denote
engine power.
psiPound per square inch, value for the tyre inflation pressure.
RONResearch Octane Number, indication of the knock resistance of petrol.
SCRTechnology for selective catalytic reduction of nitrogen oxides
MG66-speed manual gearbox.
SIMSubscriber identity module.
TDIDiesel engine with direct injection and turbocharging (turbocharged direct or
diesel injection).
TSITwin-charged stratified injection.
XDLExtension of the electronic differential lock.
Volkswagen AG works continuously to develop and improve its vehicles. Please understand that we
must therefore reserve the right to alter any part of the vehicle and its equipment or technical
specifications at any time. The data provided concerning scope of delivery, appearance,
performance, dimensions, weights, fuel consumption, standards and vehicle functions are all
correct at the time of going to print. Some of the equipment described might not yet be available in
a particular vehicle (information can be provided by your local Volkswagen dealership), and some
equipment may not be available in certain countries. The vehicle illustrated on the cover may have
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Abbreviations
2
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