Diamond Delight
This puzzle was designed by David Pitcher.
Blue body. Built and ready to ship.
The Diamond Delight puzzle uses the same pentagonal dipyramid geometry as Dave’s Fracture-10 puzzle. Also like the Fracture-10, the Diamond Delight turns on five axes at the vertices around the equator of the shape. However, Diamond Delight uses deeply curved slices, resulting in a non-bandaged geometry. This makes the Diamond Delight puzzle much easier to solve than Fracture-10, and creates the beautiful curved patterns on each face. This puzzle was printed by Shapeways and assmbled and stickered by Chewies.
This puzzle was designed by David Pitcher.
Blue body. Built and ready to ship.
The Diamond Delight puzzle uses the same pentagonal dipyramid geometry as Dave’s Fracture-10 puzzle. Also like the Fracture-10, the Diamond Delight turns on five axes at the vertices around the equator of the shape. However, Diamond Delight uses deeply curved slices, resulting in a non-bandaged geometry. This makes the Diamond Delight puzzle much easier to solve than Fracture-10, and creates the beautiful curved patterns on each face. This puzzle was printed by Shapeways and assmbled and stickered by Chewies.
This puzzle was designed by David Pitcher.
Blue body. Built and ready to ship.
The Diamond Delight puzzle uses the same pentagonal dipyramid geometry as Dave’s Fracture-10 puzzle. Also like the Fracture-10, the Diamond Delight turns on five axes at the vertices around the equator of the shape. However, Diamond Delight uses deeply curved slices, resulting in a non-bandaged geometry. This makes the Diamond Delight puzzle much easier to solve than Fracture-10, and creates the beautiful curved patterns on each face. This puzzle was printed by Shapeways and assmbled and stickered by Chewies.