Everyday Grids Panda Answer Today: March 9, 2025

This page has the complete Everyday Grids Panda answers for March 9, 2025 (9 March 2025): the solved grids for both the Normal and Hard Panda levels, plus a full solution walkthrough with a step by step explanation of every move. Need a quick cheat to check your grid, a hint to get unstuck, or a complete Panda guide? It’s all below, and each Everyday Grids Panda solution is verified against the puzzle rules, so it matches the Mar 9, 2025 puzzle in the app exactly.
About Everyday Grids Panda
Everyday Grids is a relaxing daily logic-puzzle game by Fanatee with seven different grids: Zip, Gems, Lotus, Panda, Libra, Sums and Hashi. Everyday Grids Panda is one of them. Give every bamboo its own panda directly above, below, left or right of it. Pandas never touch, and the edge numbers count pandas per row and column. Every level can be solved with pure logic, with no guessing and no luck, and a brand-new Normal and Hard Panda puzzle is released every day. The game is free to download on Android and iPhone.
Everyday Grids Panda Answers and Solutions for March 9, 2025
Each level below shows the solved Panda grid first, so you can copy the answer straight away. If you’d rather learn how it’s done, tap Step by Step Explanation under the grid: the grid and the current step stay on screen together while you follow the solution one logical move at a time (R = row, C = column, counted from the top-left).
Everyday Grids Panda Normal Answer, Mar 9, 2025
9×9 grid- 0/23Each bamboo needs its own panda right next to it (up, down, left or right). Pandas never touch, and the edge numbers count pandas per row and column. Tap Start to follow all 23 logical steps, no guessing.
- 1/23Every panda must sit directly above, below, left or right of a bamboo. These 20 cells have no bamboo next to them, so they are grass.
- 2/23Look at row 2 (open cells: R2C2, R2C4, R2C6, R2C7, R2C9). Pandas in a line can't sit side by side, giving 7 ways to place them, but 3 of those would break a rule elsewhere (a bamboo left with no spot, a row/column overfilled or short, or pandas touching), leaving 4 ways. In every one of them a panda ends up touching R1C3. So R1C3 can't be a panda.
- 3/23Look at row 2 (open cells: R2C2, R2C4, R2C6, R2C7, R2C9). Pandas in a line can't sit side by side, giving 7 ways to place them, but 3 of those would break a rule elsewhere (a bamboo left with no spot, a row/column overfilled or short, or pandas touching), leaving 4 ways. In every one of them a panda ends up touching R3C3. So R3C3 can't be a panda.
- 4/23Look at row 6 (open cells: R6C2, R6C4, R6C5, R6C8). Pandas in a line can't sit side by side, giving 5 ways to place them, but 2 of those would break a rule elsewhere (a bamboo left with no spot, a row/column overfilled or short, or pandas touching), leaving 3 ways. In every one of them a panda ends up touching R7C5. So R7C5 can't be a panda.
- 5/23Row 8 still needs 2 more pandas. Pandas in a line can't sit side by side, giving 12 ways to place them, but 10 of those would break a rule elsewhere (a bamboo left with no spot, a row/column overfilled or short, or pandas touching), leaving 2 ways. Every one of them uses R8C9, so that's a panda. Pandas never touch, not even diagonally, so the 2 cells around it become grass.
- 6/23The bamboo at R9C8 still needs its own panda, and R9C7 is the only free cell beside it (the others are grass, edge, bamboo, or another bamboo's panda). So its panda goes there. Pandas never touch, not even diagonally, so the 2 cells around it become grass.
- 7/23The bamboo at R7C7 still needs its own panda, and R7C6 is the only free cell beside it (the others are grass, edge, bamboo, or another bamboo's panda). So its panda goes there. Pandas never touch, not even diagonally, so the 1 cell around it becomes grass.
- 8/23The bamboo at R6C6 still needs its own panda, and R5C6 is the only free cell beside it (the others are grass, edge, bamboo, or another bamboo's panda). So its panda goes there. Pandas never touch, not even diagonally, so the 1 cell around it becomes grass.
- 9/23Column 6 already has its 2 pandas, so the remaining cells (R2C6) are grass.
- 10/23Column 7 needs 2 pandas in total and has exactly 1 open cell left for the missing one, so R2C7 must be a panda. Pandas never touch, not even diagonally, so the 2 cells around it become grass.
- 11/23Column 8 needs 2 pandas in total and has exactly 2 open cells left for the missing ones, so R4C8, R6C8 must all be pandas. Pandas never touch, not even diagonally, so the 2 cells around them become grass.
- 12/23Column 9 needs 2 pandas in total and has exactly 1 open cell left for the missing one, so R2C9 must be a panda.
- 13/23Row 2 still needs 1 more panda. Pandas in a line can't sit side by side, giving 2 ways to place them, but 1 of those would break a rule elsewhere (a bamboo left with no spot, a row/column overfilled or short, or pandas touching), leaving only 1 way. Every one of them uses R2C2, so that's a panda. Pandas never touch, not even diagonally, so the 2 cells around it become grass.
- 14/23Row 1 needs 1 panda in total and has exactly 1 open cell left for the missing one, so R1C5 must be a panda. Pandas never touch, not even diagonally, so the 1 cell around it becomes grass.
- 15/23Row 3 needs 1 panda in total and has exactly 1 open cell left for the missing one, so R3C5 must be a panda. Pandas never touch, not even diagonally, so the 1 cell around it becomes grass.
- 16/23Column 5 already has its 2 pandas, so the remaining cells (R9C5) are grass.
- 17/23The bamboo at R8C5 still needs its own panda, and R8C4 is the only free cell beside it (the others are grass, edge, bamboo, or another bamboo's panda). So its panda goes there. Pandas never touch, not even diagonally, so the 3 cells around it become grass.
- 18/23Row 7 needs 2 pandas in total and has exactly 1 open cell left for the missing one, so R7C1 must be a panda. Pandas never touch, not even diagonally, so the 2 cells around it become grass.
- 19/23Row 6 needs 2 pandas in total and has exactly 1 open cell left for the missing one, so R6C4 must be a panda. Pandas never touch, not even diagonally, so the 1 cell around it becomes grass.
- 20/23Row 5 needs 2 pandas in total and has exactly 1 open cell left for the missing one, so R5C1 must be a panda. Pandas never touch, not even diagonally, so the 1 cell around it becomes grass.
- 21/23Row 4 needs 2 pandas in total and has exactly 1 open cell left for the missing one, so R4C3 must be a panda.
- 22/23Column 1 already has its 2 pandas, so the remaining cells (R9C1) are grass.
- 23/23Row 9 needs 2 pandas in total and has exactly 1 open cell left for the missing one, so R9C2 must be a panda. ✅ Solved!
Panda Normal answer as text
Everyday Grids Panda Hard Answer, Mar 9, 2025
9×9 grid- 0/26Each bamboo needs its own panda right next to it (up, down, left or right). Pandas never touch, and the edge numbers count pandas per row and column. Tap Start to follow all 26 logical steps, no guessing.
- 1/26Row 8, column 6 need no pandas at all, mark every cell there as grass.
- 2/26Every panda must sit directly above, below, left or right of a bamboo. These 13 cells have no bamboo next to them, so they are grass.
- 3/26Row 9 needs 4 pandas in total and has exactly 4 open cells left for the missing ones, so R9C1, R9C3, R9C5, R9C8 must all be pandas.
- 4/26Every bamboo next to R7C8 already has its panda, so a panda here would have no bamboo of its own. It's grass.
- 5/26Row 2 still needs 2 more pandas. Pandas in a line can't sit side by side, giving 17 ways to place them, but 12 of those would break a rule elsewhere (a bamboo left with no spot, a row/column overfilled or short, or pandas touching), leaving 5 ways. None of them uses R2C2, R2C8, so they are grass.
- 6/26Row 4 still needs 2 more pandas. Pandas in a line can't sit side by side, giving 12 ways to place them, but 5 of those would break a rule elsewhere (a bamboo left with no spot, a row/column overfilled or short, or pandas touching), leaving 7 ways. None of them uses R4C1, so it's grass.
- 7/26Row 2 still needs 2 more pandas. Pandas in a line can't sit side by side, giving 10 ways to place them, but 6 of those would break a rule elsewhere (a bamboo left with no spot, a row/column overfilled or short, or pandas touching), leaving 4 ways. None of them uses R2C3, so it's grass.
- 8/26Row 6 still needs 1 more panda. Pandas in a line can't sit side by side, giving 4 ways to place them, but 2 of those would break a rule elsewhere (a bamboo left with no spot, a row/column overfilled or short, or pandas touching), leaving 2 ways. None of them uses R6C4, R6C8, so they are grass.
- 9/26Row 5 still needs 1 more panda. Pandas in a line can't sit side by side, giving 4 ways to place them, but 1 of those would break a rule elsewhere (a bamboo left with no spot, a row/column overfilled or short, or pandas touching), leaving 3 ways. None of them uses R5C2, so it's grass.
- 10/26Row 3 still needs 1 more panda. Pandas in a line can't sit side by side, giving 4 ways to place them, but 1 of those would break a rule elsewhere (a bamboo left with no spot, a row/column overfilled or short, or pandas touching), leaving 3 ways. None of them uses R3C3, so it's grass.
- 11/26Row 7 still needs 4 more pandas. Pandas in a line can't sit side by side, giving 5 ways to place them, but 3 of those would break a rule elsewhere (a bamboo left with no spot, a row/column overfilled or short, or pandas touching), leaving 2 ways. Every one of them uses R7C5, R7C7, R7C9, so those are pandas.
- 12/26Every bamboo next to R5C5 already has its panda, so a panda here would have no bamboo of its own. It's grass.
- 13/26Every bamboo next to R5C9 already has its panda, so a panda here would have no bamboo of its own. It's grass.
- 14/26Row 5 needs 1 panda in total and has exactly 1 open cell left for the missing one, so R5C3 must be a panda. Pandas never touch, not even diagonally, so the 3 cells around it become grass.
- 15/26Row 6 needs 1 panda in total and has exactly 1 open cell left for the missing one, so R6C1 must be a panda. Pandas never touch, not even diagonally, so the 1 cell around it becomes grass.
- 16/26Row 7 needs 4 pandas in total and has exactly 1 open cell left for the missing one, so R7C3 must be a panda.
- 17/26Column 2 needs 1 panda in total and has exactly 1 open cell left for the missing one, so R3C2 must be a panda. Pandas never touch, not even diagonally, so the 1 cell around it becomes grass.
- 18/26Row 3 already has its 1 panda, so the remaining cells (R3C4, R3C9) are grass.
- 19/26Column 1 needs 3 pandas in total and has exactly 1 open cell left for the missing one, so R1C1 must be a panda.
- 20/26Column 3 already has its 3 pandas, so the remaining cells (R1C3) are grass.
- 21/26Column 4 needs 1 panda in total and has exactly 1 open cell left for the missing one, so R1C4 must be a panda. Pandas never touch, not even diagonally, so the 1 cell around it becomes grass.
- 22/26Row 1 already has its 2 pandas, so the remaining cells (R1C8) are grass.
- 23/26Row 2 needs 2 pandas in total and has exactly 2 open cells left for the missing ones, so R2C7, R2C9 must all be pandas.
- 24/26Column 5 needs 3 pandas in total and has exactly 1 open cell left for the missing one, so R4C5 must be a panda.
- 25/26Column 7 already has its 2 pandas, so the remaining cells (R4C7) are grass.
- 26/26Row 4 needs 2 pandas in total and has exactly 1 open cell left for the missing one, so R4C8 must be a panda. ✅ Solved!
Panda Hard answer as text
How to Solve Everyday Grids Panda: Quick Tips
- Rows and columns marked 0 are all grass, and so is every cell with no bamboo beside it.
- A bamboo with only one free neighbouring cell gets its panda there straight away.
- Pandas never touch, even diagonally, clear the 8 cells around each panda you place.
- Count each line: if the open cells exactly match the number still needed, they are all pandas.