Mercedes-Benz GLC : Driving and driving safety systems / Function of ESP® Crosswind Assist and ESP® trailer stabilization
Function of ESP® Crosswind Assist
ESP® Crosswind Assist detects sudden gusts of
side wind and helps the driver to keep the vehicle
in the lane:
- ESP® Crosswind Assist is active at vehicle
speeds between approx. 47 mph (75 km/h)
and 125 mph (200 km/h) when driving
straight ahead or cornering slightly.
- The vehicle is stabilized by means of individual
brake application on one side.
Function of ESP® trailer stabilization
WARNING Risk of accident in poor road
and weather conditions
In poor road and weather conditions, the
trailer stabilization cannot prevent lurching of
the vehicle/trailer combination. Trailers with a high center of gravity may tip
over before
ESP® detects this.
Always adapt your driving
style to suit
the current road and weather conditions.
When driving with a trailer, ESP® can stabilize
your vehicle if the trailer begins to swerve from
side to side:
- ESP® trailer stabilization is active above
speeds of 40 mph (65 km/h).
- Slight swerving is reduced by means of a targeted,
individual brake application on one
side.
- In the event of severe swerving, the engine
output is also reduced and all wheels are
braked.
ESP® trailer stabilization may be impaired or
may not function if:
- The trailer is not connected correctly or is
not detected properly by the vehicle.
WARNING Risk of skidding if ESP® is
deactivated
If you deactivate ESP®, ESP® cannot carry
out vehicle stabilization.
ESP® should only be
deactivated in the
following situations...
Multimedia system:
Settings
Quick Access
ESP® can only be activated/deactivated
using quick access when at least one other
function is available in quick access...
Other information:
R..
Always fasten your seat belt correctly before
starting a journey. A seat belt can only provide
the best level of protection if it is worn correctly.
WARNING Risk of injury or death due to
incorrectly fastened seat belt
If the seat belt is not worn correctly, it cannot
perform its intended protective function...