The 42-Step Lock — Why Gothic Remake's Hardest Locks Feel Impossible

Every Gothic 1 Remake player eventually meets The Lock. On r/worldofgothic it's a door that took one player "42 fucking steps" with a helper tool. On the Steam forums it's a chest with a theoretical minimum of 36 moves (one player's best: 31). Behind Ulbert's shack, players report a chest needing 62 moves.

These aren't outliers or bugs. They're what the puzzle's math predicts. Here's why the hardest locks explode in difficulty — and the sane way to deal with them.

The math: links multiply, solutions explode

A lock with 4 unlinked plates is trivial: every plate walks independently to the center. Even with the 2-mistake untrained budget, you can't really fail.

Links change everything. Every link couples two plates — same direction or opposite — which means:

• You can't center plates one at a time. Aligning plate 1 drags plate 3 out of place. Solutions must be planned globally, not greedily.
• The link map is hidden. You discover it by nudging each plate and watching — 2 probes per plate, so a 6-plate lock wants 12 careful probe moves before you've made one "real" move.
• Walls are lethal. A linked plate pushed off the far end snaps your pick. Untrained, two walls = reset to zero.

The combinatorics explain the step counts. Each plate has 7 positions; the number of lock states is up to 7⁷ ≈ 823,000. Links constrain which moves are legal and useful — finding the shortest legal path through that space is exactly the kind of search problem human intuition is bad at and computers are instant at.

That Reddit thread's diagnosis matches the guides' consensus: an untrained 5-plate lock runs roughly a 30-step sequence. Trained cuts it to ~15 — not because the puzzle shrinks, but because your mistake budget stops forcing restarts. (Full skill tier math here.)

The community's answer: 15 solvers in one week

Within days of launch, r/worldofgothic counted at least nine separate "I built a solver" posts, and by now the ecosystem includes web tools, GitHub Pages apps, a Nexus Mods solver, and even an overlay app that automates the clicks in-game. When a game's community produces fifteen versions of the same tool in a week, that's not a fad — that's a pain point with demand.

All of these tools share the same core: you input what you observed in-game (plate positions + the link map), and a breadth-first search computes the shortest move sequence. The differences are polish: preset chest databases, shareable URLs, localization.

The sane workflow for a hard lock

For 5+ plate locks, the loop that actually works:

1. Probe every plate — one step left, back, one step right. Note the links (Same / Opposite). 2 minutes.
2. Enter what you saw into the solver — positions by clicking the rail, links by tapping the matrix.
3. Take the "fewest switches" solution, not just the shortest one. Touching fewer distinct plates is dramatically easier to memorize and execute than a theoretically-shorter sequence that zigzags between plates.
4. Watch the demo first. The solver plays the solution on an on-screen lock, so you can rehearse before risking a pick against the in-game clock — and the guards who never pause while you pick.
5. Execute in stages. If you lose your place mid-sequence, stop and re-enter the current positions into the solver rather than guessing. The lock is deterministic; the solver picks up from any state.

And if it says "no solution"?

One of two things: a link was mis-entered (overwhelmingly the most common case — and our solver tells you which link is suspect and what it should be), or you've met the rare skill-upgrade bug: inspect a lock untrained, upgrade, return — the lock can become genuinely unsolvable. Fresh locks opened after upgrading behave correctly. If a lock starts acting impossible, walk away and re-open it fresh.