Controlled compression and rebound: the multi-link independent suspension
The series-production launch of the Mercedes-Benz 190 in 1983 also marked the beginning of the multi-link independent suspension's career. In many respects this is a feature that remains without parallel to this day, which is why this patented axle principle - naturally in a modified form - is also employed in the C-Class. With the multi-link independent suspension the wheel is fixed to five elastically mounted links that are independent of each other and which restrict its scope for movement in five directions:
The lower transverse control arms activate the suspension springs and dampers
The upper transverse control arms regulate the camber over the spring travel
The torque struts take up the drive and braking forces, and compensate for dive
and squat when accelerating and decelerating
The diagonal struts are arranged differently from the torque struts, and also
help to prevent dive and squat when braking and accelerating
The track rods limit changes in the wheel's toe-in to a desirable minimum
Owing to this intelligent control arm construction, each rear wheel basically retains freedom of movement in one plane only: namely during controlled compression and rebound.
See also:
Maximum gradient-climbing capability
For good road surface conditions, the
maximum gradient-climbing capability is
100%, which corresponds to an approach/
departure angle of 45°. Note that the
vehicle's gradient-climbing capability
...
Lowering the vehicle
► Place the ratchet wrench onto the
hexagon
nut of the jack so that the letters AB are
visible.
► Turn the ratchet wrench until the vehicle
is
once again standing firmly on the gro ...
Problems with the sliding sunroof
Your vehicle may be equipped with a sliding
sunroof or a panorama roof with power tilt/sliding panel. In the following
section, the
term "sliding sunroof" refers to both types of
sli ...
