The toy store can be said to be the favorite place for every child to go.
They can linger all day. In order to add interest,
[garimp ê] put the store into a 40 foot (28 square meter) container
and devoted itself to planning products that can stimulate children's development and creativity.
[garimp ê] is a children's product store hidden in containers.
The most common naval plywood is used on the indoor walls.
From the handle to the lamp,
all furniture must be described in detail in the design.
Most furniture are equipped with wood systems,
because they will be cut on the CNC milling machine
and assembled on site by unskilled workers, requiring almost no tools.
Prefabrication and assembly systems enable
the assembly of joinery products to be completed within 5 days.
This category covers almost the entire project, except ceiling and floor.
The layout of the store is very simple.
Two box walls are used as toy display walls.
A 40cm wide strip is reserved in the middle.
The color is similar to the gray floor.
Children can walk on it barefoot.
A row of furniture with a depth of 30cm is set on
one side of the box wall to display and store toys.
A long strip window is set above it to bring outdoor vision
and natural light to the space.
On the other side of the box wall,
a perforated panel system is innovatively set up.
As long as round holes, wooden strips and boards are used well,
different display modes can be created.
This open system can modify the position
and quantity of shelves and display walls at will.
It can stimulate children's imagination and creativity like building blocks.
In addition, six movable rectangular modules,
two stair modules and a small tent are set at the end of the horizontal strip,
which can change the space and layout in the area.
This dynamic provides more experiences for store users.
Shopkeepers can modify the space according to different exposure needs.
Parents and children will perceive the space changes every time they visit,
creating more children's entertainment space.
Pictures courtesy of ArchDaily Brasil