Operation Manual

Handle holder
Fig. 107 Tilt and rotate holder
Fig. 108
Adjust holder size
Read and observe on page 99 first.
Tilt and rotate holder
The holder may be tilted 30° in the direction of arrow
1
and rotated through
360° in the direction of arrow
2
» Fig. 107.
Adjust holder size
›
Pull out the securing tab
A
in the direction of arrow
3
and move part
B
in
direction of arrow
4
to the desired position » Fig. 108.
Luggage compartment and transport of cargo

Introduction
This chapter contains information on the following subjects:
Fastening elements 101
Fixing nets 102

Multifunction pocket 102
Folding double hooks 103
Foldable hook 103
Floor covering 103
Floor covering on both sides 103
Luggage net 104
Luggage compartment cover 104
Roll-up cover 105
Storage compartment with cargo element 106
Storage compartments under the floor covering 106
Multi-function pocket 107
Class N1 vehicles 107
When transporting cargo the following the instructions must be adhered to
▶
When transporting heavy objects, the driving characteristics change due to
the shift in centre-of-gravity. The speed and style of driving must be adjus-
ted accordingly.
▶
The cargo is stowed in the luggage compartment. To prevent this from mov-
ing it should be secured with suitable lashing straps to the lashing eyes or
secured with fixing nets.
▶
Distribute loads as evenly as possible.
▶
Place heavy objects as far forward as possible.
▶
The items carried in the luggage compartment must be stored in such a way
that no objects are able to slip forward if any sudden driving or braking ma-
noeuvres are undertaken – risk of injury!
▶
Tyre pressure is to match the load.
▶
When transporting loads in the luggage compartment that has been en-
larged by folding the rear seats forward, ensure the safety of the passengers
transported on the other rear seats .
In the event of an accident, even small and light objects gain so much kinetic
energy that they can cause severe injuries.
The magnitude of the kinetic energy is dependent on the speed at which the
vehicle is travelling and the weight of the object.
Example: In the event of a frontal collision at a speed of 50 km/h, an object
with a weight of 4.5 kg produces an energy, which corresponds to 20 times its
own weight. This means that it results in a weight of approx. 90 kg “ ”.
Luggage compartment light
The warning light turns on when tailgate is opened.

100
Using the system