All Cube Solvers & Guides
Explore solving guides, algorithms, tips, and techniques for every type of twisty puzzle — from the classic 3×3 to exotic shape mods like Pyraminx and Megaminx.
3×3 Rubik's Cube
The Classic Puzzle
The world-famous 3×3 puzzle. Use our interactive 3D solver with step-by-step animations and multiple solving methods.
2×2 Pocket Cube
Mini But Tricky
The smallest standard NxN cube. Only corners, no edges — but don't underestimate it! Learn the Ortega method for sub-5 second solves.
4×4 Rubik's Revenge
The Next Challenge
Introduces center and edge pairing challenges. Master the Yau method and learn to handle parity errors unique to even-layered cubes.
5×5 Professor's Cube
The Professor's Challenge
The largest WCA competition cube. Combines complexity of 4×4 pairing with additional layers. No parity issues like the 4×4!
6×6 V-Cube 6
Even-Layer Beast
A massive even-layered puzzle with parity challenges. Requires patience and strong reduction skills to solve all center and edge pieces.
7×7 V-Cube 7
The Ultimate NxN
The largest WCA competition NxN cube. A true test of endurance and skill with hundreds of pieces to organize.
Pyraminx
Tetrahedral Puzzle
A pyramid-shaped twisty puzzle. One of the easiest WCA puzzles to learn with intuitive layer-by-layer solving and only a few algorithms.
Megaminx
Dodecahedron Puzzle
A 12-sided dodecahedral puzzle with 50 movable pieces. If you can solve a 3×3, you already know most of the techniques needed!
Skewb
Corner-Turning Puzzle
A corner-turning cube where each move rotates a corner and three adjacent faces. Surprisingly satisfying to solve with the Sarah's method.
Square-1
Shape-Shifting Puzzle
A unique shape-shifting puzzle that changes form as you twist. First restore the cube shape, then solve colors — unlike any other puzzle!
Mirror Cube
Solve By Shape
Same mechanism as a 3×3, but pieces differ by size instead of color. Solve it entirely by shape — a beautiful challenge for the tactile solver!
Void Cube
No Centers
A 3×3 with no center pieces and a hole through the middle! Without centers as reference points, parity errors make this deceptively tricky.
Ready to Solve Your 3×3?
Try our flagship interactive 3D solver — paint your cube colors, choose a method, and watch the solution unfold step by step.
Launch 3D Solver