2021 VOLKSWAGEN TIGUAN traction control

Electronic Stability Control (ESCyf
ESC helps to reduce the risk of skidding and to improve driving stability in certain driving situations
⇒.
Depending on the vehicle equipment, ESC can be switched to a Sport mode ⇒ Switching TCS on 
and off.
When ESC is regulating, the yellow indicator lamp is shown on the instrument cluster display.
Traction control system (TCSyf
The TCS reduces the drive output if wheelspin occurs and adapts the output to suit road surface
conditions. The TCS makes it easier to pull away, accelerate and drive up hills.
Depending on the vehicle equipment, the TCS can be switched off in exceptional circumstances
⇒ Switching TCS on and off.
When the TCS is regulating, the yellow indicator lamp is shown on the instrument cluster
display.
Anti-lock brake system
The anti-lock brake system can prevent the wheels from locking when the brakes are applied up
until the point where the vehicle is nearly stationary and assists the driver in steering the vehicle
and keeping it under control.
Brake assist system
The brake assist system can help to reduce the stopping distance. The brake assist system
reinforces brake pressure when the driver depresses the brake pedal quickly in an emergency
situation.
Do not reduce the pressure on the brake pedal when the brake assist system is regulating. If you
reduce the pressure on the brake pedal, the brake assist system will switch off the brake servo.
Electronic differential lock (EDL and XDSyf
EDL brakes the wheel that has lost traction and distributes the driving force to the other drive
wheels.
The EDL switches off automatically under unusually heavy loads to prevent the disc brake from
overheating. The EDL switches back on again automatically as soon as the brake has cooled down.
XDS applies pressure to the brake of the wheel on the inside of the bend. This will improve traction,
helping the vehicle to remain in the required lane longer.
Automatic Post-Collision Braking System
In the event of an accident, the Automatic Post-Collision Braking System can help the driver to
reduce the risk of skidding, and the danger of secondary collisions, through automatic braking.
The Automatic Post-Collision Braking System functions only in front, side and rear collisions when
the airbag control unit detects a corresponding trigger threshold during the accident.
The ESC brakes the vehicle automatically, provided that the hydraulic braking system, the ESC and
the electrical system are undamaged in the accident and remain functional.
The following actions override automatic braking in the event of an accident:
•When the driver depresses the accelerator. No automatic braking occurs.
•When the brake pressure transmitted through the depressed brake pedal is greater than the
brake pressure provided by the system. The vehicle is braked manually.

Switching TCS on and off
Fig. 162 In the centre console: button for switching TCS on and off manually.
If the vehicle does not have sufficient traction, you can switch off TCS in the following situations:
•When driving in deep snow or on loose surfaces.
•When rocking the vehicle backwards and forwards to free it from mud.
Then switch the TCS function back on.
Switching TCS or ESC Sport on and off
Depending on the vehicle equipment, TCS and ESC Sport can be switched off via the Infotainment
system or using the button ⇒ Fig. 162.
When the TCS is switched off, ESC Sport is switched on, or the Off-road or Off-road Individual
driving profiles are active, the yellow indicator lamp is shown on the instrument cluster display.
The intelligent technology used in brake support systems cannot overcome the laws of
physics, and functions only within the limits of the system. Driving fast on icy, slippery or
wet roads can lead to a loss of control of the vehicle and could cause serious injury to the
driver and passengers.
•Always adapt your speed and driving style to suit visibility, weather, road and traffic
conditions. Do not let the extra safety afforded by the brake support systems anti-lock
brake system, brake assist system, EDL, TCS and ESC tempt you into taking any risks
when driving.
•The brake support systems cannot defy the laws of motion. Slippery and wet roads will
remain dangerous, even when the ESC and other systems are active.
•Driving too fast on wet roads can cause the wheels to lose contact with the road
surface and aquaplane. The vehicle cannot be braked, steered or controlled once it has
lost contact with the road surface.
•Brake support systems cannot prevent an accident if e.g. you are driving too close to
the vehicle in front or are driving too fast for the specific driving situation.
•Although the brake support systems are very effective and can help to control the
vehicle in difficult driving situations, please always remember that the driving stability
of the vehicle depends on the tyre grip.
•When accelerating on a slippery surface, e.g. on ice and snow, press the accelerator
carefully. The wheels can spin even when brake support systems are active, and this
can lead to a loss of control of the vehicle.
WARNING
The effectiveness of ESC can be reduced considerably if other components and systems
which affect driving dynamics are not serviced properly or are not functioning properly.
This also applies, but not exclusively, to the brakes, tyres and other systems named
above.
•Please always note that modifications and changes to the vehicle can affect the
function of the anti-lock brake system, brake assist system, TCS, EDL and ESC.
•Alterations to the suspension system or the use of non-approved wheel and tyre
combinations can affect the function of the anti-lock brake system, brake assist
system, EDL, TCS and ESC and reduce their effectiveness.
•Suitable tyres are also crucial if ESC is to function optimally ⇒ Wheels and tyres.
WARNING
Driving without the brake servo can considerably increase the braking distance and thus
cause accidents and serious injuries.
•Never allow the vehicle to roll if the engine is switched off.
•If the brake servo does not function or the vehicle is being towed, the brake pedal will
have to be depressed more forcefully as the braking distance will be increased due to
the lack of assistance for the brake system.
WARNING

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 (TCSyfDUHDFWLYH7KHLQGLFDWRUODPS
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 mphyf.
•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 lightingyf.
WARNING

Fig. 240 International tyre lettering.
First read and observe the introductoryinformation and safety warnings⇒
Introduction
⇒ Fig. 240Tyre lettering
(exampleyf
Meaning
①Product nameIndividual tyre lettering from manufacturer.
②DOT
The tyre complies with the legal requirements of the USA
Department of Transportation, responsible for tyre safety
standards.
③JHCO CHWS 2213
Tyre identification number ( – may be only on the
inner side of the wheelyfDQGGDWHRIPDQXIDFWXUH:
JHCO
CHWS
Identifier of producing plant and
specifications of the tyre manufacturer on
size and characteristics.
2213Manufacture date: 22nd week in 2013.
Information for the end user concerning comparative values for specified basic tyres
(standardised test procedureyf ⇒ Customer information:
\bTREADWEAR 280
Relative life expectancy for the tyre, with reference to a
US-specific standard test. Tyres with the specification 280
are used up at a rate of 2.8 times more slowly than
standard tyres which have a treadwear value of 100. The
performance of tyres is determined by how they are used
and can notably deviate from norm values due to driving
style, maintenance, road surface and climatic conditions.
⑤TRACTION AA
Wet braking response of the tyre (AA, A, B or Cyf7KLVLV
tested under controlled conditions on certified testing
routes. Tyres marked C have a low traction performance.
The traction value assigned to the tyres is based on linear
traction tests and does not include acceleration and
lateral stability or aquaplaning and traction under
maximum load.
⑥TEMPERATURE A
Temperature stability of the tyre at higher test speeds (A,
B or Cyf A and B tyres exceed legal requirements. The
temperature evaluation is based on tyres with correct
pressure and does not allow for excess pressure.
Excessive speed, incorrect pressure or excess pressure
can cause heat build-up or tyre damage. This applies to
one or a combination of these factors.
⑦88 HLoad index ⇒ Tyre load and speed index ⇒ Speed 
index.
\f
Rotation and arrowDenotes direction of rotation of the tyres ⇒ Tyres with 
directional tread pattern.
OR: outsideDenotes outside of tyres ⇒ Asymmetrical tyres.
⑨
MAX INFLATION
350 kPa (51 psi /
3.51 baryf
US limitation for the maximum air pressure.
⑩M+S or M/S or
Denotes winter tyres (mud and snow tyresyf ⇒ Winter 
tyres. Studded snow tyres are labelled with an E after the
S.
⑪TWIIndicates the position of the tread wear indicator ⇒ Tread 
depth and wear indicators.
⑫Brand name, logoManufacturer.
⑬Made in GermanyCountry of manufacture.
⑭Country-specific denotation for China (China Compulsory
Certificationyf.
⑮ 023Country-specific denotation for Brazil.
⑯E4 e4 0200477-bCertification of conformity with international regulations.
The next number is the code number of the country that
granted approval. Approved tyres which comply with ECE
regulations are denoted with E, tyres which comply with
ayf

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 ybkg2,300 - 2,500
Maximum trailer weight, braked, gradients up
to 8ybkg–
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 modulationyf.
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 injectionyf.
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 dealershipyfDQGVRPH
equipment may not be available in certain countries. The vehicle illustrated on the cover may have
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Abbreviations
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