mo systeme

one concept - three designs

Mobile spaces , next to spaces in general, can be designed on the basic elements of
construction such as
- 2d :point / 3d post, joint
- 2d :line / 3d: beam
- 2d :shape / 3d: frame

The decision on which construction element is going to be used is dependent on factors such
as
-seize
-material
-handling requirements
-space limitations du to transport regulations
-range of flexibility

To create a mobile space which meets even more requirements regarding multi-usabitity for
various types such as
-display for architectural / urban projects
-display for art / spatial objects on display
-meeting space for music/social events
-presentation of moving images
needs a high level preinstallation .

To achieve this level of flexibility our concept is based on a frame-system.
The frame allows to set up a certain level of preinstalled devices such as
-tracks for electrical devices (light and accoustics)
-tracks for the fixing of presentaion boards
-floorings

one concept - three designs

To meet the requirements on transportation and setup in the most economic way is to defin
the level of mobility before construction. This definition is hard to make as no eventplan is in
place at that stage. Although to meet (and not to exceed) the overall budget (construction
AND handling) it is vital to estimate the future level of mobility. The handling costs
(transportation – setup - break down – storage – transportation ....) will outrun the
construction costs the higher the level of mobility is required.
The level of mobility is determined by the frequency of use:
-how many different locations should be served
-what is the duration in each location
-although this level of frequency could be defined, each location may come up with various
spaces to offer
As an example: those 2 scenarios will result in different designs:
type x -8-20 locations / month
as opposed to
type y-permanet installation for 3 month at one location
Which would also mean y will probably not cope the freqency of x, but x could handle a
permanet set up as in y.

Not having defined this level yet we propose a frame based system in three designs which
shows possibilities of each type. Those three designs should help to make an indication the
level of mobility.

The differences in seize, transportation, setup time and modularity are shown in pictograms on
the bottom of each scheme.
Although showing different schemes they all have the same characteristics in

portability
-transportation through trucks, a crane already installed on the truck lifts the frame for loading
and removal
-storage, the frame can be reused in its original sense as a container to move all required
exhibits etc

set-up-ability / handling
due to the required level of mobility all frame based schemes can be moved with a little team
within a short time

flexibility to present art mediums
use of preinstalled tracks in all frame based schemes

Flexibiliy of layout
to meet the space offer at each location the footprint is adaptable

sustainability
the use of one-way oversea container frames means we would reuse `wrappings`as a basis
and partly use recycled PE as facade-materials

FAFAMOSO
FAirly FAst MOving SOlid
-stacking boxes-
3-4 trucks arrive, crane brings 2x20``-open side container in place, levelling , then 2x40``-
container on top.
20``-openside container offers various door setups
natural lighting of main level 0 exhition space through glazed roof light void and sides
recommended mobility sequence > 1 location / months

FAMOMO
FAst MOving Modules
-building in rows-
3 trucks arrive, less leveling, 40``container layout adjustaible to space offer
facade consists of PE cushion as modular element, cushions will be used as infills,frame
openings can be left open for `summer use`, cushion for special visual effect
recommended mobility sequence > 4 location / months

RAMOBU
RApid MOving BUbble
-fusionoptimized
for very fast setup , less leveling, only 1 truck arrives, transport cover is beeing
attached along the frame of the edge (analog a standard truck cover on rails), reveals second
skin of reinforced PE membrane, fan (integrated in entrace gate) inflates the adjescent sides in
4 directions,
hexagonal floor plates wheigh the membrane down, plates stored inside frame while
transported
recommended mobility sequence > 1 location / 2 days