Wend Unlimited technique
Read Walls and Chokepoints
Use blocked cells and narrow passages to decide which word must claim a route.
Blocked cells are outside every answer, but they shape all of them. A wall removes possible neighbors. Several walls can create a pocket, corridor or single-cell bridge that only certain word lengths can use safely.
Protect the bridge
Imagine two open areas joined by one cell. If a short answer consumes that bridge and ends there, the remaining cells on either side may become disconnected. Unless the remaining answer lengths can fill those separate regions exactly, the short path cannot be right.
The same test works around corners. A route that turns beside a wall may look natural, but the turn is only valid if the cells behind it still have legal orthogonal exits.
Treat isolation as a contradiction
After sketching a candidate, look for stranded cells. A single unused letter with no open neighbor cannot form any answer. A two-cell pocket cannot hold a remaining five-letter word. These contradictions let you reject a route without knowing the whole solution.
Classify the spaces walls create
Walls usually create one of three useful shapes. A pocket is a small region with few exits. A corridor is a narrow chain where the route direction is mostly forced. A bridge is a cell or short passage connecting larger regions. Each shape asks a different question.
In a pocket, compare the number of cells with the remaining answer lengths. In a corridor, test which spelling can follow the forced sequence. At a bridge, decide whether one word must cross it or whether the final solution should keep the two sides separate.
Do not spend a bridge too early
A flexible short answer may fit through many areas, including the only bridge between two halves of the board. Using that bridge too early can make every remaining word impossible even when the submitted spelling is valid.
Before claiming a bridge, temporarily remove the proposed path and inspect the connected components left behind. If the remaining word lengths cannot be assigned to those components exactly, the route is wrong. This is a structural contradiction; you do not need to guess the correct vocabulary yet.
Read forced turns around a wall
A wall removes one or more neighboring moves, so a nearby letter sequence often has fewer possible shapes than it appears to have. If a path enters a corner pocket, it may be forced to turn immediately and exit through the only remaining edge. Compare the forced letter sequence with the beginnings and endings of unsolved words.
Remember that the path may be read backward. A forced sequence that looks meaningless in one direction may become a familiar suffix in the other.
Test region sizes after every major route
You do not need to recount the entire board after every letter, but you should recount after a route crosses a bridge, closes a pocket or divides the unused cells. Add the answer lengths assigned to each side. A seven-cell region cannot hold separate four- and five-letter answers, and a five-cell region cannot host a six-letter path even if the full board total still balances.
Common wall-reading mistakes
- Treating blocked cells as letters that can be crossed or skipped.
- Assuming a corridor belongs to the first word that fits its prefix.
- Ending a short word on the only bridge between larger regions.
- Counting area without checking whether its cells form one continuous route.
- Forgetting that a solved path becomes a new boundary for the remaining words.
The final step is to combine every local clue with exact coverage.