Oskar Puzzles offers mechanical puzzles and objects that can only exist thanks to 3D printing technologies. All designed by M. Oskar van Deventer. Since 1978, he has been creating hundreds of mechanical puzzles, making him one of the world's most prolific designers. Several of his innovative designs are commercially available, including Oskar's Cube, a metal maze cube that is completely hollow inside.
Order 3D-printed do-it-yourself puzzle kits from Shapeways at this page (and check with Oskar about screws and stickers), or contact Oskar directly if you want to buy a fully dyed, assembled and stickered puzzle.
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Over The Top is a world-record 17x17x17 Rubik's Cube. It makes quite pretty patterns. It can take many, many hours to solve. The puzzle was first presented live to the world at at the New York Puzzle Party Symposium, Saturday Feb. 12th. The YouTube video was be published after that event, and the record was accepted by Guinness World Records.
The complete Over The Top 17x17x17 puzzle requires -1x Set 1 -26 x Set 2 (Actually, you need only 24x Set 2, but it is strongly advised to order some spare parts.)
Impossible Twist is a twisty puzzle, inspired by the impossible dovetail object. As its cut crosses the equator, the mechanism is classified as "deeper-than-origin". The puzzle is very easy to solve, as it cannot be scrambled that much.
Please order a 3D-printed do-it-yourself puzzle kit from Shapeways at this page (check with Oskar about screws and stickers), or contact Oskar directly if you are interested in obtaining a fully colored, stickered and assembled sample of this puzzle.
Mixup Cube is like a Rubik's Cube, but with an unexpected twist. When a mid plane is turned by 45 degrees, other turns are possible. This way of turning mixes up the center and edge pieces. Although the concept has already been patented in 1985 by Sergey Makarov, this version has an internal 2x2x2 "cube" for extra stability.
More Madness is a deeper cut version of Meteor Madness, both of which are based on the geometry of a Triangular Di-pyramid. Bram Cohen calls this strange type of shape shifting "jumbling".
Hollow Cube is a Rubik's Cube that has been made as hollow as possible. The pieces are held together by dovetail connections. Because the puzzle consists mainly of air, it is very affordable.
Fairly Fudged is based on the same strange geometry as the Fairly Twisted puzzle elsewhere in the OskarPuzzles shop. In this version, also the pentagonal face can turn. This required a bit of fudging, hence the name of this puzzle.
Get Stuck Cube is a puzzle with an unusual challenge: the goal is to get stuck! The puzzle has a set of sliding pieces, sliding on the surface of a Rubik's Cube. Six of the sliding pieces are double size. They act like a movable bandage. As a Rubik's Cube has six turning faces, it should be possible to block each turn and to get stuck.
Arrow Planet is a twisty puzzle with 52 arrowed squares moving around a sphere. But also the sphere parts can turn. This puzzle combines jumbling, fudging and sliding.
Meteor Madness is a twisty puzzle like Rubik's Cube. It is based on Bram Cohen's "jumble" concept, where the geometry is no longer isometric and faces do not turn in regular steps of 360/N degrees. The size (volume) of this puzzle is the same as a 6x6x6 cm Rubik's Cube.
Alex Black Hole is based on a sliding-cube idea by Alex Polonsky. There are seven cubes around a sphere with grooves. The object is to scramble the puzzle by sliding the cubes, and then solve the puzzle.
Rubik's Cube and the 14-15 sliding square puzzle are the most popular mechanical puzzles of the 20th and 19th century, respectively. What could be more obvious than combining those two ideas and have a sliding piece puzzle on the faces of a (2x2x2) Rubik's Cube? Here you see the result. The object is to scramble the puzzle and then to twist & slide the tiles back to their original position and orientation.
The Heptagon is a twisty puzzle of the "Hockey Puck" type. It has seven-fold symmetry and it jumbles, which results in some unexpected states and moves.
Jack's Cube was suggested by Jack via YouTube. The design was inspired on the Magic Sphere puzzle. Jack's Cube has three types of moves. First there are the conventional Rubik's turns. Secondly, a circle of nine pieces can turn in steps of 90 degrees. Finally, a great circle of 12 pieces can turn in steps of 30 degrees.
Turn Apart is similar to a 2x2x2 Rubik's Cube. However, its faces are connected by dovetail connections. On the one hand, this blocks some types of movements. On the other hand, it enables the puzzle to be taken apart, as there is a majority of female dovetails.
The Pentagon is a pentagonal equivalent of the 2x2x2 Rubik's Cube. The pieces are a bit hollowed out so they can turn smoothly over and under each other.
Minimal Twist is a twisty puzzle, related to the Rubik's Cube. It is a very minimalistic, skeletal design,even without stickers. The parts are held together by dovetail connections.The puzzle has the geometry of the Skewb puzzle.
Hollow Skewb is a cube-shaped twisty puzzle that is completely hollow inside. The puzzle has the geometry of a Skewb puzzle. The puzzle is constructed by taking a Minimal Twist puzzle and adding eight shallow pyramid-shaped plugs. Frank Tiex and Carl Hoff came up with the suggestion to add plugs.
Hollow Diamond is an octahedron-shaped twisty puzzle that is completely hollow inside. The puzzle has the geometry of a Skewb puzzle. The puzzle is constructed by taking a Minimal Twist puzzle and adding six pyramid-shaped plugs. Frank Tiex and Carl Hoff came up with the suggestion to add plugs.
Distorted Cube is a Rubik's Cube that has its faces set at 92 degrees. As a consequence of this distortion, it turns differently from a doctrinaire Rubik's Cube. For the experts: this puzzles jumbles.
Jumblix is another exercise in jumbling. It looks like two Megaminx halves fused together after a 180 degrees turn. A bit of fudging was needed to make this design work.
CAUTION: FOUR SPECIAL EDGES ONLY. Anisotropic Cube is a modification of Oskar's Gear Cube that is being sold by Mefferts.com. Buy a Gear Cube and replace four of the gearing edges by these four pieces. The result is a puzzle that has all the gearing fun of Gear Cube, but much harder to solve.
These are just the four special pieces. If you want to buy the full puzzle, assembled and sticked, then search the internet for Mefferts and "Gear Cube Extreme".
Floppy 2x3x3 is a tribute to Katsuhiko Okamoto's brilliant and award-winning Floppy Cube. Floppy 2x3x3 works like a normal 3x3x3 Rubik's Cube, but with one face completely removed.
UNSCRAMBLED is a twisty puzzle of the Hockey Puck type. The object is to scramble it en then try and get it UNSCRAMBLED. This puzzle is extremely difficult. It is the result of a collaboration between Bram Cohen, Oskar van Deventer and George Miller.
Bram's Square is an idea by Bram Cohen. Take a 3x4 rectangle of which each of the 3x3 sub-squares can be rotated. Well, actually, Bram wanted a 5x6 rectangle, but even a 3x4 would already be extremely difficult to solve. The movement is slide-turn-slide-slide, repeat ...
Void 6x6x6 is a twisty puzzle, inspired by Katsuhiko Okamoto's famous Void Cube, a hollow version of Rubik's Cube. This 6x6x6 version introduces a completely new way of turning, in which edges turn into the cube.
Hex Cube is a twisty puzzle with ten squares and eight triangles. The puzzle has two hexagonal cross-sections and one four-fold symmetry. It is hard to describe all the possible twists of this puzzle.
Polaroid Cube was suggested by Landon Kryger. It is a hollow spherical 2x2x2 Rubik's Cube. However, instead of stickers, it uses polarizing filter. The object is to turn the puzzle and make all three directions opaque.
Tracker Ball is based on an idea by Bram Cohen. Tracker ball is a twisty puzzle that looks nothing like a Rubik's Cube. It has one big spherical gear with 20 teeth (icosahedron) and three small spherical gears with 8 holes (octahedron). The big sphere gear rolls like a tracker ball supported by the three smaller sphere gears that act like ball bearings.
In its solved state, the green tooth of the tracker ball is inside the green hole of one small ball, the red tooth of the tracker ball is inside the red hole of the second small ball, and the blue tooth of the tracker ball is inside the blue hole of the third small ball.
Watch the YouTube video of the new Shapeways version.
Watch the YouTube video of the original version, presented by Bram Cohen.
Please order a 3D-printed do-it-yourself puzzle kit from Shapeways at this page (check with Oskar about screws and stickers), or contact Oskar directly if you are interested in obtaining a fully colored, stickered and assembled sample of this puzzle.
Rototribute is a tribute to David Pitchers award-winning Rotoprism 2 puzzle. The two puzzles look the same. However, whereas Dave's implementation has three axes and uses deeper-than-origin cuts, this version by Oskar has nine axes and regular shallow cuts. The differences become apparent when scrambling the puzzle.Each puzzle has moves that are blocked in the other puzzle.
Please order a 3D-printed do-it-yourself puzzle kit from Shapeways at this page (check with Oskar about screws and stickers), or contact Oskar directly if you are interested in obtaining a fully colored, stickered and assembled sample of this puzzle.
Alternating Cube was suggested by Bram Cohen at the Twisty Puzzles Forum as follows: "Hey Oskar, can you design a 2x2x2 which must alternate clockwise and counterclockwise quarter turns?". Bram suggested to use the core of Alex Black Hole as a basis. To this, Oskar added the concept of the Enabler Cube. One corner, the "enabler", moves through the core in a CW-CCW fashion. The mechanism inside the core pins one of the corners to the core opposite of the "enabler".
Please order a 3D-printed do-it-yourself puzzle kit from Shapeways at this page (check with Oskar about screws and stickers), or contact Oskar directly if you are interested in obtaining a fully colored, stickered and assembled sample of this puzzle.
PantaBram is Bram Cohen's variation to PantaCube, which is Oskar's variation to Pantazis Houlis' Cubedron. The puzzles has five pyramids that slide through grooves around a sphere. The groove pattern is an ultra-simple maze, suggested by Bram. Because of this maze, pieces can slide only one at a time (unlike regular twisty puzzles). This puzzles is very hard to solve, despite its low number of pieces.