Coach
A real case · you decide
Basalt's cross
Basalt — a cuber whose solves stall right after the cross
Basalt's F2L is quick, but every solve has a stutter in the first few seconds: the cross goes in fast, then there's a pause while the hands hunt for the first pair.
In inspection Basalt usually eyeballs one cross edge and starts turning, planning the rest on the fly.
A coach suggests using the full 15 seconds to plan the whole cross — and to spot where the first pair will be.
How should Basalt spend inspection?
A planned cross isn't flashy, but it's the quietest way to shave a second off a whole solve.
A real case · you decide
Kairo's eyes
Kairo — a fast turner who freezes between F2L pairs
Kairo's turning is fast, but every solve has the same shape: quick cross, then a visible hitch — a half-second freeze — before each F2L pair. The hands aren't the problem; the eyes keep landing on the pair being placed.
The freeze always comes right after an insertion finishes — the moment Kairo has to start searching for the next pair from scratch.
Mid-solve, as the first pair goes in, where should Kairo's eyes be?
Look-ahead is trained attention: letting automatic execution free your eyes to track ahead.
A real case · you decide
Cardan's OLL
Cardan — a cuber who second-guesses recognised last-layer shapes under pressure
At a competition Cardan looks down at a top-face pattern that's been drilled a hundred times — but under the lights, the instinct is to re-count every sticker to be sure.
The pattern is a known one; the algorithm for it is already in the fingers.
Cardan recognises the OLL shape. Now what?
The work of learning the case was done in practice; the solve is where you let it pay off.
A real case · you decide
Cyclo's PLL
Cyclo — a cuber who guesses at the last-layer permutation
Cyclo reaches the last layer with everything oriented — just the permutation left. The headlights and block cues are right there, but the habit is to try an algorithm and see what happens.
Reading the corner headlights and edge blocks tells you exactly which PLL case it is — before you turn anything.
How should Cyclo choose the PLL?
Reading the case first turns "try and see" into "know and do".
A real case · you decide
Solvane's reset
Solvane — the inspection-and-planning mentor — calm before speed
You are three solves into an average of 5. The third came apart — a locked-up cube, a pop, a 24-second disaster where you usually average 15. Two solves left. Your hands are tight and the frustration is climbing.
In an average of 5, the single slowest solve is dropped before the mean is taken.
What do you do before solve four?
Resetting calmly protects the REST of your session. It isn't a promise of a fast time; it's the habit that lets your practised skill show up.
A real case · you decide
Roan's other road
Roan — a strong CFOP solver who thinks it is the only correct method
Roan solves well with CFOP and dismisses Roux and ZZ as "wrong ways to do it." A friend keeps beating Roan's ergonomics using block-building.
Roux builds blocks instead of layers; ZZ orients edges first. Neither is "the" method — each reveals different cube structure.
How should Roan treat the other methods?
There is more than one correct system — and understanding a second one deepens the first.
A real case · you decide
Mnema's memory
Mnema — a cuber eager to try blindfolded solving but afraid of failing
Mnema wants a first blindfolded success but keeps rushing to execution, hoping the memory holds. Every attempt so far has ended in a DNF.
In BLD, execution is only as good as the memory it runs on — a shaky letter-pair means a wrong cycle.
What should Mnema build first?
Blindfolded solving rewards a memory you can trust — build that, and the first success follows.
A real case · you decide
Torsa's numbers
Torsa — a cuber who practises hard but has plateaued
Torsa does hundreds of solves a week and hasn't improved in a month. The practice is all full solves, over and over, at the same pace.
Looking at the splits, Torsa's cross and F2L are fine — almost all the lost time is in slow, hesitant PLL recognition.
How should Torsa break the plateau?
Data turns practice from "do more" into "do the RIGHT more".
A real case · you decide
Manifold's big cube
Manifold — a confident 3×3 solver intimidated by a first 4×4
Manifold picks up a 4×4 for the first time. The extra pieces and the talk of "parity" make it feel like a completely different, alien puzzle.
The reduction method turns a 4×4 into a 3×3: solve the centres, pair the edges, then solve it like the cube you already know.
How should Manifold approach the 4×4?
A method you own generalises — the big cube is the small cube with a setup step.
A real case · you decide
Opta's fewest moves
Opta — a speed solver trying fewest-moves for the first time
In a fewest-moves attempt Opta finds a working solution quickly — a long one — and is ready to just submit it and be done.
FMC isn't timed the way speedsolving is; the clock pressure that rewards the first solution doesn't apply here.
Opta has one valid solution already. What now?
Fewest-moves is a different game: the reward is the shortest idea, and it hides behind the first one.