Advanced Rubik's Cube Guide: Solve in under a minute

Build the cross on the white side by aligning four edges with their centers, then use the flower method to position and twist edges for a fast solve.

Master the first layer by keeping a solid cross, placing bottom-layer edges between centers, and solving corners with the D and D' algorithm, then switch to intuitive Renu insertions.

Master the second layer of the beginner's method by solving middle edges with dedicated algorithms, using the bar facing you cue and mirrored sequences.

Develop the yellow cross on the cube by applying the cross algorithm to transform a bar or dot into a complete cross, after solving the second layer.

learn last-layer method one after the yellow cross by lining up edges to centers, finding corners in the right spots, and applying one algorithm to orient all corners.

Learn the cfop method—cross, f2l, oll, and pll—to solve the cube quickly by orienting the last layer and positioning pieces for a complete solution.

Inspect the cube to locate white edges and align them with matching centers for an efficient cross. Use color-neutral, intuitive edge insertion and under-10-move sequences like Yuto with R2.

Explore F2L pairing and insertion on the top layer, solving white corners with matching edges to form pairs, using intuitive moves and two 4-move algorithms—the sexy move and sledgehammer.

Master F2L in Rubik's Cube by forming and inserting edge–corner pairs using sexy moves, sledgehammers, and slot-based insertions, with practice on common cases.

Learn practical F2L techniques for solving the Rubik's cube in under a minute by mastering edge–corner pairing, back insertions, and efficient case-by-case insertions.

Explore isiolo and advanced okello oll approaches, memorize seven cross algorithms, and learn to solve the yellow cross then the yellow top, aiming for under a minute.

Master easy PLL and advanced PLL to solve the cube in under a minute, using headlights, bar in the back, opposite headlights, and four edge-case algorithms.

Develop look ahead to anticipate the next step during a solve, reducing time wasted by planning the next pair and upcoming OLL and PLL cases while executing current moves.

Slow down finger speed to improve look ahead and piece awareness; move fluidly to reduce pauses that add up and limit speed.

Save moves by choosing efficient sequences to reduce total moves and time. If a pair stalls, solve an easier alternative first to displace the edge and insert with fewer steps.