The Magic Shop offers a wide range of original dice, some geometrical jewelry and a few strange objects.
The dice are from different families like the Average Dice where you must sum the numbers appearing on the top face, the Truncated Sphere Dice, intersection of a polyhedron with a sphere and some other original creations.
The jewelry includes Double Marble Pendant, Dod Earrings and Dod Pendants, Reversible Bracelets as well as some unusual rings.
Finally, some objects are difficult to classify, for example the Hexbox, the Cup Holder or the MegaWireSphere.
Magic is selling 43 products in Dice - Ordinary number of faces section
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Magic
Sphere Dice Set
The Sphere Dice are solid dice obtained by intersecting a regular polyhedron and a sphere.
They are "as fair as possible": the shape is fair but, as the numbering remove some material, there could be a little bias (but probably not more than commercial dice).
Here you have all the 7 Sphere Dice in one set:
- D4 Sphere
- D6 Sphere
- D8 Sphere
- D10 Sphere
- D% Sphere
- D12 Sphere
- D20 Sphere
For dice collectors and RPG players.
- the Sphere Dice Set
- the DCC Expansion Pack
- the Odd Spherical Dice Set
- the D18
You may also be interested into the brand new D22.
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Magic
D4 Shell
It's a Truncated Sphere D4 without faces!
The idea of keeping only the round part of a truncated sphere die when the numbers are located on vertices or edges is from Clsn (check his D9 for instance).
The thickness is 2 mm. Since it does not contain a lot of material, this die is quite affordable.
All the D4:
- Truncated Sphere D4
- Concave D4
- D4 Shell
See also the D8 Shell.
It's a Truncated Sphere D4 without faces!
The idea of keeping only the round part of a truncated sphere die when the numbers are located on vertices or edges is from Clsn (check his D9 for instance).
The thickness is 2 mm. Since it does not contain a lot of material, this die is quite affordable.
All the D4:
- Truncated Sphere D4
- Concave D4
- D4 Shell
See also the D8 Shell.
by
Magic
D4 Cage
This die is a wireframed tetrahedron that contains an hollow octahedron where the numbers are located.
In this way, it is easy to read the result of this die since it is the number on the top face of the internal octahedron.
Because it contains a small amount of material, this die is also quite affordable (try it in metal).
This die is a wireframed tetrahedron that contains an hollow octahedron where the numbers are located.
In this way, it is easy to read the result of this die since it is the number on the top face of the internal octahedron.
Because it contains a small amount of material, this die is also quite affordable (try it in metal).
by
Magic
D8 Shell
It's a Alternative D8 Sphere without faces!
The idea of keeping only the round part of a truncated sphere die when the numbers lie on vertices or edges is from Clsn (check his D9 for instance).
The thickness is 2 mm. Since it does not contain a lot of material, this die is quite affordable.
See also the D4 Shell and this thread for more informations.
Available Truncated Sphere Dice: D4, D6, D8, D9, D10, D%, D11, D12, D14, D15, D16, D17, D18, D20, D24, D32, D33
Alternative shapes: alt D8, 3-fold D10 (rounded), 3-fold D10 (pointed), 4-fold D10, 5-folded D10 (pointed)
Coming soon: D22, D50
Related dice: Concave D4, Concave D6, D4 Shell, D8 Shell.
It's a Alternative D8 Sphere without faces!
The idea of keeping only the round part of a truncated sphere die when the numbers lie on vertices or edges is from Clsn (check his D9 for instance).
The thickness is 2 mm. Since it does not contain a lot of material, this die is quite affordable.
See also the D4 Shell and this thread for more informations.
Available Truncated Sphere Dice: D4, D6, D8, D9, D10, D%, D11, D12, D14, D15, D16, D17, D18, D20, D24, D32, D33
Alternative shapes: alt D8, 3-fold D10 (rounded), 3-fold D10 (pointed), 4-fold D10, 5-folded D10 (pointed)
Coming soon: D22, D50
Related dice: Concave D4, Concave D6, D4 Shell, D8 Shell.
by
Magic
Alternative Truncated Sphere D8
This is another solution for the Truncated Sphere D8, different from the one based on a regular octahedron.
This die is inspired by the repulsion force polyhedra. In fact, the underlying polyhedron (not rounded) is a trapezohedron. It looks like the shape that can be obtained through this technique with 8 points repulsing each others.
But in this case, I calculated the positions of those points to have a maximal radius for the circles resulting from the intersection of this underlying polyhedron with a sphere. The result is a truncated sphere with 8 circular faces of same radius.
This die is made of a shell of 1.5mm that contains support material to make it heavier. The engraved numbers have a 0.75 mm depth.
More informations in this post.
Available Truncated Sphere Dice: D4, D6, D8, D9, D10, D%, D11, D12, D14, D15, D16, D17, D18, D20, D24, D32, D33
Alternative shapes: alt D8, 3-fold D10 (rounded), 3-fold D10 (pointed), 4-fold D10, 5-folded D10 (pointed)
Coming soon: D22, D50
Related dice: Concave D4, Concave D6, D4 Shell, D8 Shell.
This is another solution for the Truncated Sphere D8, different from the one based on a regular octahedron.
This die is inspired by the repulsion force polyhedra. In fact, the underlying polyhedron (not rounded) is a trapezohedron. It looks like the shape that can be obtained through this technique with 8 points repulsing each others.
But in this case, I calculated the positions of those points to have a maximal radius for the circles resulting from the intersection of this underlying polyhedron with a sphere. The result is a truncated sphere with 8 circular faces of same radius.
This die is made of a shell of 1.5mm that contains support material to make it heavier. The engraved numbers have a 0.75 mm depth.
More informations in this post.
Available Truncated Sphere Dice: D4, D6, D8, D9, D10, D%, D11, D12, D14, D15, D16, D17, D18, D20, D24, D32, D33
Alternative shapes: alt D8, 3-fold D10 (rounded), 3-fold D10 (pointed), 4-fold D10, 5-folded D10 (pointed)
Coming soon: D22, D50
Related dice: Concave D4, Concave D6, D4 Shell, D8 Shell.
by
Magic
Geared D6
This D6 has its pips replaced by gears. The gears should all turn when you move one.
Dimensions are 3 x 3 x 3 cm. The thickness is only 1 mm. Specially designed for Frosted Detail.
See also its shell available in a wider range of materials.
More information in this thread.
It arrived! Warning: NOT FULLY FUNCTIONAL! I found a problem in the design, so I will fix it quickly.
See a video in CG rendering.
See the video of the first prototype in Frosted Ultra Detail.
This D6 has its pips replaced by gears. The gears should all turn when you move one.
Dimensions are 3 x 3 x 3 cm. The thickness is only 1 mm. Specially designed for Frosted Detail.
See also its shell available in a wider range of materials.
More information in this thread.
It arrived! Warning: NOT FULLY FUNCTIONAL! I found a problem in the design, so I will fix it quickly.
See a video in CG rendering.
See the video of the first prototype in Frosted Ultra Detail.
by
Magic
Concave D6
A sphere on which 6 faces have been carved as concave portions of spheres of the same radius.
A sphere on which 6 faces have been carved as concave portions of spheres of the same radius.
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Magic
Concave D4
A sphere on which 4 faces have been carved as concave portions of spheres of the same radius.
The numbers can be read on top of the die (easier than regular D4).
This die is not hollow.
All the D4:
- Truncated Sphere D4
- Concave D4
- D4 Shell
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Magic
D20 Sphere
The Truncated Sphere D20 is obtained by intersecting a sphere with a icosahedron.
This is one of the seven dice from the .
The Truncated Sphere D20 is obtained by intersecting a sphere with a icosahedron.
This is one of the seven dice from the .
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Magic
D10 Sphere for Percentages
Truncated Sphere D10, numbered from 00 to 90. Used with a regular D10, it allows you to get random numbers from 00 to 99 (percentages).
This die is also part of the Truncated Sphere Dice Set.
by
Magic
D10 with a 4-fold symmetry.
I did this one before knowing about the repulsion force polyhedra, although the shape is the one of the typical result you can obtain through this technique with 10 points : the dual polyhedron has 2 squares and 8 irregular pentagons. I calculated the positions of those points to have a maximal radius for the circles resulting from the intersection of this dual polyhedron with a sphere. The result is a truncated sphere with 10 circular faces of same radius.
It is numbered from 0 to 9. Only 2 faces are opposite one to the other and can hold numbers. The others have edges as opposite, thus the numbers on 8 edges.
This die has an approximate diameter of 24mm and is made of a shell of 1.5mm that contains support material to make it heavier. The engraved numbers have a 0.7 mm depth.
More informations in this post.
The current version has deeper numbers compared to the ones in the pictures (0.7 instead of 0.5 mm).
I did this one before knowing about the repulsion force polyhedra, although the shape is the one of the typical result you can obtain through this technique with 10 points : the dual polyhedron has 2 squares and 8 irregular pentagons. I calculated the positions of those points to have a maximal radius for the circles resulting from the intersection of this dual polyhedron with a sphere. The result is a truncated sphere with 10 circular faces of same radius.
It is numbered from 0 to 9. Only 2 faces are opposite one to the other and can hold numbers. The others have edges as opposite, thus the numbers on 8 edges.
This die has an approximate diameter of 24mm and is made of a shell of 1.5mm that contains support material to make it heavier. The engraved numbers have a 0.7 mm depth.
More informations in this post.
The current version has deeper numbers compared to the ones in the pictures (0.7 instead of 0.5 mm).
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