Re-discovered the cube after giving up on it in as a 12"ish" year old kid in the 80's. Picked up one mid Nov. 2006 at a toystore while X-mas shopping for the kids. Solved it for the 1st time ever w/the 7-step method and memorized it within 3-days. As of Jan 07 I can solve a 3x3 in around a minute, can solve the 4x4 & 5x5 & I'm trying to memorize the Square-1 and Megaminx algs. I now see puzzling as a great form of mental exercise as well as just wholesome clean-ol' fashioned fun ;-)
Maze Cube (3x3x3)
A 3x3x3 custom sticker variation, filled with mathematical considerations, which shows a single closed loop line on it.
Poker Cube V
Another slightly different Poker Cube.
Rubik's Revenge (ITC)
Follow up to the Rubik's cube, as shown by its name.
Produced in 1982 and 1983 by Ideal Toy Corporation in Korea, Macau and Hong Kong.
CUBE (SHAPE PRESERVING)
CUBE (SHAPE CHANGING)
Meffert's build-up and truncation of a Skewb into an octahedron.
The official Meffert Tetraminx.
Meffert's version from 1982 with six colours.
Arrange the ten pieces by breaking them into two groups and putting them back together again.
A confusing 12 sided puzzle, closely related to the Megaminx.
HEADS & OBJECTS
Darth Maul Head
A 2x2x2 puzzle in the shape of Darth Maul's head.
Rubik's Obi Wan Head
A 2x2x2 puzzle with the shape of two characters from Star Wars Episode II.
This large, hex-shaped, 6x6 Whip-It type puzzle is about 120 mm tall.
Missing Link Key Chain
The 1982 official Rubik's Missing Link Key Chain released by Ideal. This puzzle stands 60 mm tall excluding the keychain, and the keychain's plastic attachement loop.
Rubik's Fifteen (aka: XV)
Rubik's 15 (XV) is 2 puzzles in one. Arrange the numbers in sequence 1 to 15. On the other side there is a magic square challenge.
The original version produced by Politoys.
You Can Do The Cube
#1 in the London Times and New York Times bestseller list for 1981, selling 1.5 million copies world-wide.
Create a row of 3 pegged squares of ONE of your colors - vertically, horizontally or diagonally, on one side of the Cube.