speed VOLKSWAGEN TIGUAN 2010 Workshop Manual

WARNING
Off-road driving can be dangerous, can lead to accidents, vehicle damage, stranding in remote areas, and serious personal injury.
x Never drive too fast or for terrain and weather conditions.
x Always adjust your speed and driving style to road, terrain, traffic, and weather conditions.
x Always avoid sudden, sharp maneuvers that increase the risk of loss of vehicle control or getting stuck.
x When driving off-road look and think ahead, expect the unexpected.
x To reduce the risk of loss of control and serious personal injury, never use the cruise control when driving off-road. Cruise control is designed for highway use. It is completely unsuitable for off-road situations and can even be dangerous when used off-road.
NOTICE
Always make sure the vehicle has enough ground clearance. Severe damage to the underbody can occur if the vehicle bottoms out. The damage could disable the vehicle and leave you stranded.
x While driving off-road do not drag the clutch or rest one foot on the clutch pedal. Otherwise, in bumpy terrain you might press the clutch accidentally, resulting in loss of vehicle control. In addition, the frictional connection between the engine and transmission is lost. Further, driving while dragging the clutch causes fast wear of the clutch lining.
“Tread lightly” is an educational program designed to increase public awareness of land use regulations and responsibilities in our nation's wilderness areas. Volkswagen supports the U.S. Forest Service and the Bureau of Land Management in encouraging you to preserve our national forests and other public and private lands by “treading lightly”.
Technical terms explained

Fig. 164 Illustration of A: Ascent angle. B: Lateral gradient.

be lower on hard, firm surfaces if ideal conditions do not exist. As the driver, you are always
responsible for deciding whether your vehicle is able to handle a particular situation ⇒ .

Term Explanation Technical data
Ground clearance This is the vertical distance between the level ground and the lowest part on the vehicle.
Maximum 7.6 in (195 mm).
Fording depth in standing water Distance between the point on the ground that touches the tire and the engine air intake duct.
Maximum 6.9 inches (175 mm).
Gradient angle The number of feet (meters) in altitude gained when traveling 100 ft (30.48 m) is given as a percentage or in degrees
⇒ fig. 164 A. Information on the maximum slope the vehicle can climb unassisted (depends on road surface and engine power).
Maximum permissible 31 degrees (corresponds to 60 %).
Lateral angle (vehicle slope) The maximum angle the vehicle may be driven across terrain without the vehicle rolling over (depends on height of center of
gravity) ⇒ fig. 164 B.
Maximum permissible 27 degrees.
Breakover angle Maximum permitted angle given in degrees that a vehicle driven at low speed can clear a ramp without the underbody of the vehicle scraping the ramp.
Maximum 21.3 degrees.
Approach/departure angle Transition from horizontal plane to a slope, or from a slope to flat ground. Maximum angle in degrees the vehicle can be driven at low speed along an embankment without the bumper or underbody scraping.
Approach angle for off-road front end: Maximum 28 degrees.
Departure angle: Maximum 25 degrees.
Fall line This is the vertical drop route.
Articulation Articulation capability of the vehicle while driving on one side over an object.

WARNING
Never exceed the recommended maximum values in the above table. Exceeding these values will result in serious personal injury and/or damage to your vehicle.
x All values listed above are for ideal conditions and assume firm, even surfaces that are dry and not slippery.
x Off-road conditions will always be less than ideal. Always reduce the maximum values listed in the table above to allow an adequate margin of safety between the ideal maximum value and your vehicle's actual off-road situation.

WARNING
Driving through snow-covered terrain is very dangerous.
x Never take routes or risks that could put you or your passengers in danger. If you cannot go on or have doubts about the safety of your route, turn back and take a new route.
x Potholes, ruts, ditches, drop-offs, and other obstacles are often partially or completely hidden by the snow, especially when it is deep.
x Snow-covered dangers can lead to an accident, serious personal injury, or stranding under extreme weather conditions.
x Always adapt driving speed and style to load, terrain, visibility, and weather conditions.
Driving in steep terrain

WARNING
Never try to drive up or down slopes that are too steep for your vehicle. The vehicle could slide away, tip over, or roll over.
x Never take routes or risks that could put you or your passengers in danger. If you cannot go on or have doubts about the safety of your route, turn back and take a new route.
x The lateral angle must never be more than the maximum angle approved for the vehicle.
x Always drive along the fall line when driving up or down a slope.
x Never try to turn the vehicle around on a slope. The vehicle could tip over or roll down the slope.
x If the engine stalls or you can no longer drive up the slope for any reason, stop and apply the foot brake. If stalled, apply the foot brake and restart the engine. Then shift into Reverse (R) and carefully back your vehicle straight down the slope along the fall line. Keep the vehicle speed slow and even.
x If the engine will not restart, apply constant pressure to the foot brake and carefully back straight down the slope the same way you drove up. Keep the vehicle speed slow and even.
x If the engine is running, select Reverse (R) and carefully back straight down the slope the same way you drove up. Use engine braking power and the foot brake to keep the vehicle speed slow and even.
x Never just roll down a slope with the clutch depressed or the transmission in Neutral (N). You could lose control of the vehicle.
Driving crosswise on a slope

Fig. 165 Steer downhill along the fall line.

Vehicles with Keyless Access
If the ignition will not start after reconnecting the vehicle battery, lock the vehicle from the outside and
unlock it again ⇒  Unlocking or locking the vehicle with Keyless Access. Then try to start the ignition again. If the ignition cannot be switched on, contact an authorized Volkswagen dealer, an authorized Volkswagen Service Facility, or another qualified workshop for assistance.
Automatic electrical load deactivation
If the vehicle battery drain is high, the intelligent onboard electrical system management automatically takes steps to help prevent battery drain.
x The idle speed is increased so that the alternator provides more power.
x The power to devices that consume a lot of electricity is cut back or switched off completely.
x When the engine is started, the power supply to the 12 Volt sockets is temporarily interrupted.
The onboard electrical system management cannot always keep the battery from being drained. For example, the battery will drain if the engine is not running, but the ignition is switched on or the parking lights are left on for a long time when parked.
Battery disconnection in an accident with airbag deployment
In vehicles with a battery in the luggage compartment, the electrical connection to the battery is disconnected automatically in a collision with airbag deployment. This helps to prevent a short-circuit.
What drains the battery?
x Long periods when the engine is not running, especially when the ignition is on.
x Using electrical systems or devices when the engine is switched off.
x Leaving the vehicle unlocked for several days when not in use.
x The selector lever is left for a long period of time in any position other than (P) when the ignition is
switched off ⇒  Automatic transmission: Selector lever.
WARNING
Failure to use the proper battery with proper mounting and connections may cause short circuits, fires, and serious personal injuries.
x Always use only maintenance-free or cycle-free, leakproof batteries with the same specifications and dimensions as the original equipment battery. Specifications are listed on the battery housing.
WARNING
When the vehicle battery is charged, it produces highly explosive hydrogen gas.
x Charge vehicle batteries only in well-ventilated areas.
x Never charge a frozen or thawed battery. A dead battery can freeze at temperatures around +32 °F (0 °C).
x You must replace the vehicle battery if it was frozen.
x Incorrectly connected cables can cause a short-circuit. First connect the positive cable (+) and then the negative cable (-).

Description Possible causes among others Possible remedy
Electrical consumers do not work.
Vehicle battery charge too low. Charge vehicle battery
Remaining fuel level too low. Refuel
Fuse blown. Check fuse and replace if necessary
Fuel consumption higher than indicated.
– Short hauls. – “Jumpy accelerator pedal”.
– Avoid short distance driving. – Drive defensively. – Accelerate smoothly.
Electrical loads switched on. Switch off unnecessary loads.
Engine control malfunctioning. Have the malfunction corrected
Tire pressure too low. Adjust tire pressure
Driving in the mountains. No direct corrective action possible.
Towing a trailer or driving with a roof rack. – Check use. – Remove if not in use.
Driving with heavy payload. No direct corrective action possible.
Driving at high engine speed. Select a higher gear.

x Press the release button ⇒ fig. 186 (arrow) in the selector lever handle and shift the selector lever to Neutral (N).
WARNING
Never shift the transmission out of Park (P) without first firmly applying the parking brake. Otherwise, the vehicle can start to roll unexpectedly, especially on hills or inclines, and cause an accident and serious injuries.
NOTICE
Even with the selector lever is in Neutral (N), the automatic transmission will be damaged if the vehicle is towed (or you let it coast) for an extended period or at high speed with the engine shut off.

Abbreviations
Abbreviation Meaning
5S manual 5-speed manual transmission
6S automatic 6-speed automatic transmission
6S manual 6-speed manual transmission
ABS Anti-lock Brake System
AFS Adaptive Front Lighting System
AKI Anti-Knock Index
ANSI American National Standards Institute
ASL Automatic Shift Lock
ASR Anti-Slip Regulation
ATA Anti-Theft Alarm system
BAS Brake Assist System
ccm Cubic centimeter unit of volume for specifying engine displacement
CCS Cruise control
CID Cubic inch displacement, unit of volume for specifying engine displacement
cm Centimeter – metric unit of measure for length
CO2 Carbon dioxide
DIN Deutsches Institut für Normung (German Institute for Standardization)
DRL Daytime running lights
EDL Electronic Differential Lock
EDR Event Data Recorder
EN European Norm
EPC Engine control (Electronic Power Control)
ESC Electronic Stability Control
g/mi (g/km) Generated carbon monoxide amount in grams per mile (kilometer) driven
GAWR Gross Axle Weight Rating
GVWR Gross Vehicle Weight Rating
HID High Intensity Discharge headlights (HID)
hp Horsepower, unit used to rate engine power
kg Kilogram – metric unit for weight
kN Kilonewton, a measure of force
kp Kilopond, a measure of force
kW Kilowatt, engine rating
LED Light Emitting Diode
m Meter – metric unit of measure for length

MFI Multi-Function Indicator
MIL Malfunction Indicator Light (engine)
MTBE Methyl Tertiary Butyl Ether
Nm Newton meter, engine torque unit
RON Research Octane Number, measurement of antiknock resistance of gasoline
rpm Engine revolutions per minute (engine speed)
SAE Society of Automotive Engineers
TSI® Twin-charged Stratified Injection