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GAME GUIDES

Solve cuboids: Floppy, Domino and Tower Cube

Flat slabs and tall towers belong to the cube family but allow different turns, including all five cuboid forms in our Magic Cube edition.

Flat slabs and tall towers belong to the cube family but allow different turns, including all five cuboid forms in our Magic Cube edition.

In this guide

3×3×1 · Floppy Cube

On a shape-preserving slab, turns about the broad faces differ from side flips. Side half turns change colours and rim pieces without creating an ordinary 3×3 layer. Plan: organise the broad faces, compare rim pieces, then solve the remaining rim permutation. Super Floppy models allow additional shape-changing moves and are a different variant.

3×3×1: actual proportions in a shape-preserving cuboid view.
3×3×1: actual proportions in a shape-preserving cuboid view.
Position as text

Geometrically calculated 3D teaching view. 3×3×1: actual proportions in a shape-preserving cuboid view.

3×3×2 · Domino

First solve a complete broad layer including its rim colours, then use suitable permutation sequences for the other layer. Side quarter turns do not preserve a rigid 3×3×2 shape. Do not copy a 3×3 sequence containing R where only R2 is allowed; first check that every required move is legal.

3×3×2: actual proportions in a shape-preserving cuboid view.
3×3×2: actual proportions in a shape-preserving cuboid view.
Position as text

Geometrically calculated 3D teaching view. 3×3×2: actual proportions in a shape-preserving cuboid view.

2×2×3 · Tower

On the classic Tower, the two ends and middle rim provide separate working areas. Arrange matching end pieces, align the middle pieces, then resolve remaining permutations with shape-preserving moves. The linked guide gives a specific 2×2×3 method.

2×2×3: actual proportions in a shape-preserving cuboid view.
2×2×3: actual proportions in a shape-preserving cuboid view.
Position as text

Geometrically calculated 3D teaching view. 2×2×3: actual proportions in a shape-preserving cuboid view.

Further reading: Jaap Scherphuis: Tower Cube 2×2×3

2×2×4 · Four tower layers

Taller cuboids add layers. Group matching rim or middle pieces first, then preserve completed blocks. Our edition keeps cuboids shape-preserving; it does not implement a freely shape-shifting Tower mechanism. Practise short scrambles and record legal turns. Reversing a recorded scramble is a controlled study, not a general solver for an unknown scramble.

2×2×4: actual proportions in a shape-preserving cuboid view.
2×2×4: actual proportions in a shape-preserving cuboid view.
Position as text

Geometrically calculated 3D teaching view. 2×2×4: actual proportions in a shape-preserving cuboid view.

3×3×4 · A broader cuboid base

Three by three cells on each end accompany four layers. Organise centres and rim groups before fixing completed layers. Square ends can permit quarter turns; rectangular sides require half turns in the shape-preserving model. After every sequence, check the shape and completed groups.

3×3×4: actual proportions in a shape-preserving cuboid view.
3×3×4: actual proportions in a shape-preserving cuboid view.
Position as text

Geometrically calculated 3D teaching view. 3×3×4: actual proportions in a shape-preserving cuboid view.

Try what you have learned

Play Magic Cube / twisty puzzles

Playable here: three cube sizes and five shape-preserving cuboids. Other puzzle families are editorial guides.