Bird Find Level 293 Answers & Walkthrough Guide
Welcome to the Bird Find Level 293 answers page. If you have been stuck at this level wondering whether it takes a bird or an egg, this is the page you want. Bird Find Level 293 is a 10×10 grid with 25 squares filled in from the start, and it needs 5 birds and 5 eggs in every row and every column. There are 5 of the = and × clues across the board, and they carry a lot of the early work.
Press See Solution for the finished grid, or use Step by step to watch all 75 placements appear one at a time. Every move is also written out underneath with the reason it has to go that way, so nothing here needs guessing.
About the game
Bird Find is a quiet binary logic puzzle where every square ends up holding either a bird or an egg, and you work out which by deduction rather than luck. Birds and eggs come out even in each row and column, three of the same kind never sit together in a line, and no two rows or columns end up identical. Squares joined by an = match each other, squares joined by a × are opposites, and there is no timer rushing you through any of it.
Bird Find Level 293 Solution
No trios5 of each per row & column
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Press See Solution for the finished grid, or Step by step to work through it one move at a time.
Read all 75 steps as text
- R3C4 is 🥚 egg. R3C5 and R3C6 are already two birds in a row. A third bird at R3C4 would make a trio, so it is an egg.No trios
- R2C4 is 🐦 bird. R3C4 holds an egg and the × means the two must differ, so R2C4 is a bird.Different link
- R2C2 is 🥚 egg. R2C3 and R2C4 are already two birds in a row. A third bird at R2C2 would make a trio, so it is an egg.No trios
- R2C5 is 🥚 egg. R2C3 and R2C4 are already two birds in a row. A third bird at R2C5 would make a trio, so it is an egg.No trios
- R3C7 is 🥚 egg. R3C5 and R3C6 are already two birds in a row. A third bird at R3C7 would make a trio, so it is an egg.No trios
- R5C5 is 🥚 egg. R5C6 and R5C7 are already two birds in a row. A third bird at R5C5 would make a trio, so it is an egg.No trios
- R5C8 is 🥚 egg. R5C6 and R5C7 are already two birds in a row. A third bird at R5C8 would make a trio, so it is an egg.No trios
- R5C9 is 🐦 bird. R5C8 holds an egg and the × means the two must differ, so R5C9 is a bird.Different link
- R7C3 is 🥚 egg. R7C1 and R7C2 are already two birds in a row. A third bird at R7C3 would make a trio, so it is an egg.No trios
- R1C6 is 🥚 egg. R2C6 and R3C6 are already two birds in a row. A third bird at R1C6 would make a trio, so it is an egg.No trios
- R4C6 is 🥚 egg. R2C6 and R3C6 are already two birds in a row. A third bird at R4C6 would make a trio, so it is an egg.No trios
- R2C8 is 🥚 egg. R3C8 and R4C8 are already two birds in a row. A third bird at R2C8 would make a trio, so it is an egg.No trios
- R8C8 is 🥚 egg. R8C7 and R8C9 are both birds with one gap between them. Filling R8C8 with a bird would make three in a row, so it is an egg.No trios
- R9C7 is 🥚 egg. R9C6 and R9C8 are both birds with one gap between them. Filling R9C7 with a bird would make three in a row, so it is an egg.No trios
- R10C8 is 🥚 egg. R10C7 and R10C9 are both birds with one gap between them. Filling R10C8 with a bird would make three in a row, so it is an egg.No trios
- R8C1 is 🥚 egg. R7C1 and R9C1 are both birds with one gap between them. Filling R8C1 with a bird would make three in a row, so it is an egg.No trios
- R9C9 is 🥚 egg. R8C9 and R10C9 are both birds with one gap between them. Filling R9C9 with a bird would make three in a row, so it is an egg.No trios
- R5C1 is 🥚 egg. Row 5 already has all 5 of its birds, so every remaining cell there is an egg — starting with R5C1.Row & column count
- R5C2 is 🥚 egg. Row 5 already has all 5 of its birds, so every remaining cell there is an egg — starting with R5C2.Row & column count
- R5C4 is 🥚 egg. Row 5 already has all 5 of its birds, so every remaining cell there is an egg — starting with R5C4.Row & column count
- R4C4 is 🐦 bird. R3C4 and R5C4 are both eggs with one gap between them. Filling R4C4 with an egg would make three in a row, so it is a bird.No trios
- R6C4 is 🥚 egg. Column 4 already has all 5 of its birds, so every remaining cell there is an egg — starting with R6C4.Row & column count
- R8C4 is 🥚 egg. Column 4 already has all 5 of its birds, so every remaining cell there is an egg — starting with R8C4.Row & column count
- R9C4 is 🥚 egg. Column 4 already has all 5 of its birds, so every remaining cell there is an egg — starting with R9C4.Row & column count
- R2C9 is 🐦 bird. Try an egg at R2C9. Every move that is then forced leads to a dead end — Row 2 ends up with three eggs in a row at R2C8, R2C9, R2C10. So R2C9 has to be a bird.Look ahead
- R2C10 is 🐦 bird. R2C9 holds a bird and the = joins it to R2C10, so that cell matches: another bird.Equals link
- R2C1 is 🥚 egg. Row 2 already has all 5 of its birds, so every remaining cell there is an egg — starting with R2C1.Row & column count
- R2C7 is 🥚 egg. Row 2 already has all 5 of its birds, so every remaining cell there is an egg — starting with R2C7.Row & column count
- R1C7 is 🐦 bird. R2C7 and R3C7 are already two eggs in a row. A third egg at R1C7 would make a trio, so it is a bird.No trios
- R1C9 is 🥚 egg. R1C7 and R1C8 are already two birds in a row. A third bird at R1C9 would make a trio, so it is an egg.No trios
- R4C7 is 🐦 bird. R2C7 and R3C7 are already two eggs in a row. A third egg at R4C7 would make a trio, so it is a bird.No trios
- R4C9 is 🥚 egg. R4C7 and R4C8 are already two birds in a row. A third bird at R4C9 would make a trio, so it is an egg.No trios
- R6C7 is 🥚 egg. R4C7 and R5C7 are already two birds in a row. A third bird at R6C7 would make a trio, so it is an egg.No trios
- R7C7 is 🥚 egg. Column 7 already has all 5 of its birds, so every remaining cell there is an egg — starting with R7C7.Row & column count
- R7C6 is 🥚 egg. R7C7 holds an egg and the = joins it to R7C6, so that cell matches: another egg.Equals link
- R7C5 is 🐦 bird. R7C6 and R7C7 are already two eggs in a row. A third egg at R7C5 would make a trio, so it is a bird.No trios
- R7C8 is 🐦 bird. R7C6 and R7C7 are already two eggs in a row. A third egg at R7C8 would make a trio, so it is a bird.No trios
- R7C9 is 🥚 egg. Row 7 already has all 5 of its birds, so every remaining cell there is an egg — starting with R7C9.Row & column count
- R7C10 is 🥚 egg. Row 7 already has all 5 of its birds, so every remaining cell there is an egg — starting with R7C10.Row & column count
- R6C8 is 🥚 egg. Column 8 already has all 5 of its birds, so every remaining cell there is an egg — starting with R6C8.Row & column count
- R6C6 is 🐦 bird. R6C7 and R6C8 are already two eggs in a row. A third egg at R6C6 would make a trio, so it is a bird.No trios
- R6C9 is 🐦 bird. R6C7 and R6C8 are already two eggs in a row. A third egg at R6C9 would make a trio, so it is a bird.No trios
- R8C6 is 🥚 egg. Column 6 already has all 5 of its birds, so every remaining cell there is an egg — starting with R8C6.Row & column count
- R8C5 is 🐦 bird. R8C4 and R8C6 are both eggs with one gap between them. Filling R8C5 with an egg would make three in a row, so it is a bird.No trios
- R6C5 is 🥚 egg. R7C5 and R8C5 are already two birds in a row. A third bird at R6C5 would make a trio, so it is an egg.No trios
- R6C3 is 🐦 bird. R6C4 and R6C5 are already two eggs in a row. A third egg at R6C3 would make a trio, so it is a bird.No trios
- R4C3 is 🥚 egg. R5C3 and R6C3 are already two birds in a row. A third bird at R4C3 would make a trio, so it is an egg.No trios
- R4C5 is 🐦 bird. R5C5 and R6C5 are already two eggs in a row. A third egg at R4C5 would make a trio, so it is a bird.No trios
- R9C5 is 🥚 egg. R7C5 and R8C5 are already two birds in a row. A third bird at R9C5 would make a trio, so it is an egg.No trios
- R9C3 is 🐦 bird. R9C4 and R9C5 are already two eggs in a row. A third egg at R9C3 would make a trio, so it is a bird.No trios
- R9C2 is 🥚 egg. R9C1 and R9C3 are both birds with one gap between them. Filling R9C2 with a bird would make three in a row, so it is an egg.No trios
- R9C10 is 🐦 bird. Row 9 already has all 5 of its eggs, so every remaining cell there is a bird — starting with R9C10.Row & column count
- R10C10 is 🐦 bird. R9C10 holds a bird and the = joins it to R10C10, so that cell matches: another bird.Equals link
- R8C10 is 🥚 egg. R9C10 and R10C10 are already two birds in a row. A third bird at R8C10 would make a trio, so it is an egg.No trios
- R6C10 is 🐦 bird. R7C10 and R8C10 are already two eggs in a row. A third egg at R6C10 would make a trio, so it is a bird.No trios
- R4C10 is 🥚 egg. R5C10 and R6C10 are already two birds in a row. A third bird at R4C10 would make a trio, so it is an egg.No trios
- R8C2 is 🐦 bird. Row 8 already has all 5 of its eggs, so every remaining cell there is a bird — starting with R8C2.Row & column count
- R6C2 is 🥚 egg. R7C2 and R8C2 are already two birds in a row. A third bird at R6C2 would make a trio, so it is an egg.No trios
- R4C2 is 🐦 bird. R5C2 and R6C2 are already two eggs in a row. A third egg at R4C2 would make a trio, so it is a bird.No trios
- R4C1 is 🥚 egg. Row 4 already has all 5 of its birds, so every remaining cell there is an egg — starting with R4C1.Row & column count
- R3C1 is 🐦 bird. R4C1 and R5C1 are already two eggs in a row. A third egg at R3C1 would make a trio, so it is a bird.No trios
- R3C3 is 🥚 egg. R3C1 and R3C2 are already two birds in a row. A third bird at R3C3 would make a trio, so it is an egg.No trios
- R6C1 is 🐦 bird. R4C1 and R5C1 are already two eggs in a row. A third egg at R6C1 would make a trio, so it is a bird.No trios
- R3C9 is 🥚 egg. Row 3 already has all 5 of its birds, so every remaining cell there is an egg — starting with R3C9.Row & column count
- R3C10 is 🥚 egg. Row 3 already has all 5 of its birds, so every remaining cell there is an egg — starting with R3C10.Row & column count
- R8C3 is 🐦 bird. Row 8 already has all 5 of its eggs, so every remaining cell there is a bird — starting with R8C3.Row & column count
- R10C3 is 🥚 egg. R8C3 and R9C3 are already two birds in a row. A third bird at R10C3 would make a trio, so it is an egg.No trios
- R10C1 is 🥚 egg. Column 1 already has all 5 of its birds, so every remaining cell there is an egg — starting with R10C1.Row & column count
- R10C2 is 🐦 bird. R10C1 and R10C3 are both eggs with one gap between them. Filling R10C2 with an egg would make three in a row, so it is a bird.No trios
- R10C5 is 🥚 egg. Row 10 already has all 5 of its birds, so every remaining cell there is an egg — starting with R10C5.Row & column count
- R10C6 is 🥚 egg. Row 10 already has all 5 of its birds, so every remaining cell there is an egg — starting with R10C6.Row & column count
- R1C2 is 🥚 egg. Column 2 already has all 5 of its birds, so every remaining cell there is an egg — starting with R1C2.Row & column count
- R1C3 is 🥚 egg. Column 3 already has all 5 of its birds, so every remaining cell there is an egg — starting with R1C3.Row & column count
- R1C5 is 🐦 bird. Column 5 already has all 5 of its eggs, so every remaining cell there is a bird — starting with R1C5.Row & column count
- R1C10 is 🥚 egg. Row 1 already has all 5 of its birds, so every remaining cell there is an egg — starting with R1C10.Row & column count
Tip: most of the progress on this particular grid came down to spotting two of the same kind already side by side, which settles the squares at both ends. That is usually the first thing worth trying when a board stops moving.
Thank you for visiting this page. Bookmark puzzlegamemaster.com for the next level, and if anything here is unclear or your board does not match the solution above, leave a comment and we will try to sort it out for you.