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
Improperly lifting your vehicle with workshop hoist or a floor jack can cause the vehicle to fall off and cause serious personal injury.
x Always read and heed the operating instructions from the floor jack manufacturer and legal regulations if necessary before using the floor jack to lift the vehicle.
x Never let anyone stay in the vehicle when it is being lifted or when it is off the ground.
x Always lift your vehicle only at the designated lift points shown in the illustrations
⇒ fig. 179 and ⇒ fig. 180. Not using the designated lift points can cause the vehicle to fall off the floor jack when heavy parts such as the engine or transmission are removed.
x Always make sure that the vehicle's lift points lie as flat as possible and centered on the carrier plates of the floor jack.
x Never start the engine when you have raised the vehicle on the floor jack. The engine vibrations and vehicle movements could knock the vehicle off the floor jack.
x If you must work under a vehicle raised on a floor jack, always make sure that the vehicle is safely supported on safety stands intended for that purpose that are strong enough to support the weight of the vehicle.
x Never use the floor jack as a ladder or step ladder.
x Always make sure that the weight of the vehicle is not heavier than the lifting capacity of the floor jack and safety stands being used.
NOTICE
x To help prevent serious vehicle damage, never lift the vehicle by the engine oil pan, transmission housing, or by the front or rear axles or suspension.
x To help prevent damage to the underbody or chassis, always insert a rubber pad between the hoist and the lifting points. In addition make sure the lifting arms have enough clearance.
x The lifting arms should not touch side sills or other parts of the vehicle.
