This app disappeared from Google Play on 2026-11-09. Below is the last data we saved.
10+
installs · ≈13
—
0 ratings
—
first release
2026-10-19
last update
Description
Twist coloured strands into cord and match the sample's stripes
Rouletta Twist puts a rope-maker's spindle under your fingertip. Two or three coloured strands hang from the wheel, waiting to become one striped cord — and the only tool you have is a patient circling drag.
Drag your finger round and round the spindle wheel. Every turn pulls the strands tighter around one another, and the stripes along the finished cord draw closer together. Turn slowly and the stripes stay wide and lazy; keep winding and they bunch into a fine, dense pattern. Pinned beside the wheel is the sample you must match, with a tolerance band marking how close the stripe spacing needs to be.
The real decision is when to lift your finger. The spindle does not stop the moment you let go — it coasts, keeps twisting, and settles somewhere past the point you released it. So you learn to read the wheel's momentum and let go early, trusting the coast to carry the stripes into the band. Stop short and the cord hangs too loose, its stripes spread wider than the sample. Twist past the mark and the strands tighten beyond what they can bear, and the cord snaps.
Twelve levels work through the idea from both directions. Early samples are generous, with wide bands that forgive a clumsy release, and they teach your hand what one full turn of the wheel is worth. Later ones ask for tight, closely ruled stripes and leave only a sliver of tolerance, so a single extra circle of the finger is the difference between a finished cord and a broken one. Strand counts change too: three strands twist up differently from two, and the spacing that felt right on one setup has to be relearnt on the next.
There is no timer hurrying you and nothing to fight. It is you, a wheel, and a question of how much twist is enough — a quiet, tactile puzzle of momentum and restraint, played entirely with the small circling motion of one thumb.