• 1
  • 2
  • 3
  • 4
  • 5
  • 6
  • 7
  • 8
  • 9
  • 10
gg_flip01
gg_flip02
gg_flip03
gg_flip04
gg_flip05
gg_flip06
gg_flip07
gg_flip08
gg_flip09

Two faces of the world packed in one globe.
The reversible globe shows both simple outline of lands on one side(dodecahedron) and complex political borders on the other side(cube).
PHOTO : Ryoukan Abe

Two faces of the world packed in one globe.
The reversible globe shows both simple outline of lands on one side(dodecahedron) and complex political borders on the other side(cube).
PHOTO : Ryoukan Abe

Two faces of the world packed in one globe.
The reversible globe shows both simple outline of lands on one side(dodecahedron) and complex political borders on the other side(cube).
PHOTO : Ryoukan Abe

You can flip the surface of the globe inside out and transform the globe's shape by re-assembling six units.
PHOTO : Ryoukan Abe

You can learn various developments of cube by breaking up the globe into six units.
PHOTO : Ryoukan Abe

You can learn various developments of cube by breaking up the globe into six units.
PHOTO : Ryoukan Abe

Geographical information is printed by off set printing. And glossy textures are printed by UV print.
A small pentagon composes the pattern of the texture on dodecahedron's face.
PHOTO : Ryoukan Abe

A small rhombus composes the pattern of the texture on cube's face.
PHOTO : Ryoukan Abe

You need to place a plastic tab before folding paper along indicated lines. You need the tab to connect the units to construct the globe.
PHOTO : Ryoukan Abe

top