|
![]() ![]() ![]() ![]() ![]() ![]() Product
Categories |
Mr Puzzle - We've got puzzles!
Current
Category The aim is to take the wooden molecule puzzle apart and then rebuild it without looking at the solution. Both patience and skill are needed when positioning the 12 odd-shaped wooden pieces back within the frame. Beautiful to look at but difficult to master. Described as a Contemporart Art Puzzle, Mosaic is 12 pieces made from triangles joined in different formats, some double layered, to be packed inside a wooden frame. The final solution is a double sided puzzle. Very high quality crafted wooden puzzle. The puzzle is to build a cube from the 9 bars with a pattern of spots 1 to 6 on each outside face. This one is quite a difficult version of this puzzle. Watch out - it has a trick up it's sleeve; the final solution is not the normal dice pattern but you still need to have six sides with a different number on each side. The object is to place the six puzzle pieces back in the box between the top and bottom layers of nine holes. Each puzzle pieces has different configurations of balls on them. In all the number of balls in 13. Will it be possible for you to get lucky 13 holes in one?! The puzzle is to assemble the 12 pieces, each made from 3 rhombic prisms, into the hexagonal tower. This puzzle was invented by Toshiaki Bestumiya. The puzzle is to build the symmetrical honeycomb shape from the 10 pieces each made from hexagonal cylinder pieces of different lengths joined together. DIFFICULTY RATING 1 The object is to make the tetrahedron from just two pieces. The puzzle is to build a larger cube from the length of 27 smaller cubes arranged on an elastic rope to look like a snake; hence the name Snake Cube but it's sometimes also known as the Chain Cube or the Elastic Cube. The puzzle is to build a larger cube from the length of 27 smaller cubes arranged on an elastic rope to look like a snake; hence the name Snake Cube but it's sometimes also known as the Chain Cube or the Elastic Cube. 40 wooden geometric pieces called polyominos to pack into a tray. You can also stack the pieces into a cube and make a series of 9 other square and rectangular shapes. The shape of the cube and some other square and rectangular shapes to make is printed on the back of the tray; better than on a paper you can print. A polyomino is a plane geometric figure formed by joining one or more equal squares edge to edge. It is a polyform whose cells are squares. In this puzzle there are shapes with between 2 and 5 squares called domino, triomino, tetromino and pentomino. The puzzle is to repack the 7 pieces into the box so that you can put the lid on. There is a sheet supplied with this puzzles which has another 21 shapes for you to try to make using these same seven pieces. Danish poet and writer Piet Hein invented this puzzle in 1936 while attending a lecture on quantum physics. R. Guy at the University of Malaya in Singapore tabulated 240 different solutions for the puzzle.... but this is by no means the final count. Problem sheet and solutions are especially created by us and are included if you buy the puzzle from this website. The puzzle is to repack the 7 pieces into a cube sitting on the glass and wood stand. There is a sheet supplied with this puzzles which has another 21 shapes for you to try to make using these same seven pieces. Ages 6+ Edward Hordern IPP Puzzle Exchange - Berlin, August 2011 Difficulty 5+/5 It's difficult to know if this puzzle should be called a two piece or a four piece puzzle. But it's definitely two; even though it looks like a couple of pieces from other Vinco puzzles have got tangled together... (see one of the pieces below) The puzzle is really two puzzles in one. One puzzle is to disassemble and reassemble the interlocking pieces of the golf ball. The other is to assemble the pieces of the putting green into the base. When assembled the golf ball will stay together sitting on a golf tee shaped piece that fits into the base. Two different types of puzzles in one set; one 2D assembly puzzle; one 3D interlocking puzzle. Both the tennis ball is an interlocking wooden puzzle. The pieces of the tennis racquet must be reassembled into the tennis racquet frame. This part of the puzzle could be even harder than assembling the tennis ball. The puzzle is to disassemble and reassemble the 17 interlocking pieces into the bowling pin and bowling ball on a stand. The puzzle is to disassemble and reassemble the 22 interlocking pieces into the baseball caught in the baseball mit on the stand. The puzzle is to disassemble and reassemble the 14 interlocking pieces into the football on the stand. This football shape covers all the codes - Rugby League, Rugby Union and even Australian (Aussie) Rules. A great gift for fans of all Australian football codes. Makes a great kids footy team trophy with plenty of space on the base for a name plate or just a nice decorative piece for any sports fan. The stand is included and forms part of the puzzle. The puzzle will sit on the stand locked together without falling apart. Edward Hordern IPP Puzzle Exchange - Berlin, Germany August, 2011 Pack the P's and L's in the frame so that only "IPP31" is visible when completed. The puzzle comes unsolved to give you the full packing challenge. The puzzle is to pack the seven pieces into the retro television set frame. An interesting 3D packing puzzle with one fixed cube to limit the possible solutions. This puzzle is not only a 3D packing puzzle but has an interesting step to disasssemble. The puzzle was designed by Viteslav Krejci in 2008 and made in the workshops of Pelikan using a selection of both European woods including maple, walnut, birch, ash, apple, pear, cherry, oak, beech, plum, and acacia as well as some more exotic woods like mahogany, ebony, begging, wenge, walnut, American, padank, rosewood, amaranth, Bubinga, owango, jarah, meranti, and iroko. Difficulty 3 Difficulty 3 Difficulty 3 Designed by Wayne Daniel in 2005 this puzzle includes all five of the Patonic Solids. When disassembled all pieces are either a Platonic Solid or can be combined with other pieces for form a Platonic Solid. When assembled only the Icosahedron on the outside is visible. Edward Hordern IPP Puzzle Exchange - Prague, Czech Republic, August 2008 Difficulty 5/5 Difficulty 5/5 There are just three different pieces loose inside the wooden cage. They do not come out of the cage but the cage does have openings down each of the four vertical sides. The puzzle is to assemble them into a tetrahedron inside the cage. Difficulty 5/5 Difficulty 5+/5 Yes, Vinco believes this is even outside his rating system. Harder than his 5 out of 5 puzzles. There are twelve very odd shaped pieces which make a cube. Once complete this cube sits on a 45o angle inside the open stand. An incredibly difficult puzzle to get together. The puzzle consists of six identical pieces. | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||