Home Archive 2026-01-30

Pips Answer for Friday, January 30, 2026

Complete NYT Pips puzzle solution with interactive board and expert analysis.

Progress 0/6 dominoes
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Click a domino or a cell to reveal the answer

Solution & Analysis

Complete answers and solving insights for 2026-01-30

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NYT Pips easy answer for 2026-01-30

NYT Pips easy answer for 2026-01-30

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Complete answer for 2026-01-30 (Easy)

Solving this set of Pips puzzles was a great way to start the morning. I always start with the Easy one to get my brain in the right gear. For Ian Livengood's Easy puzzle, I immediately spotted that cell at [1,2] which had to be less than 1. Since zero is the only option there, I knew that domino had to be the 0-6 one. From there, I looked at the sum of 7 for the next two cells. It really narrowed things down because once you place that 0, the rest of the board starts to feel much tighter. I tracked the equality regions—where cells have to have the exact same number of pips—and that helped me slot the 1-1 and 2-3 dominoes into their places without much fuss. Moving on to the Medium by Rodolfo Kurchan, the difficulty definitely stepped up. The big 'unequal' region with six different cells was the centerpiece. In a puzzle where you only have dominoes up to 5, an unequal region of six cells means every single value from 0 to 5 must appear exactly once in those spots.

I used that as my anchor. I also had to be careful with the empty cells at [0,0] and [4,2], as they act like walls that block domino placement. I focused on the sum of 6 in the first column and that let me deduce where the higher-value pips like the 5-3 and 4-5 dominoes had to sit. Finally, the Hard puzzle was a massive grid with 14 dominoes. Kurchan loves these long equality chains. Seeing that cells [2,0] all the way to [2,4] had to be equal was a huge hint. It meant whatever dominoes crossed that row had to have matching pips on those specific sides. I spent a lot of time double-checking the sum targets of 5 and 12. The sum of 12 for three cells at the edge [2,6], [3,6], and [4,6] was particularly helpful because there are only a few ways to get that high with the dominoes provided. I worked from the bottom up, filling in the [8,1] and [8,2] equality spots and then zigzagged through the middle until the last few dominoes, like the 0-0 and 6-0, fell into the only remaining gaps.

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NYT Pips medium answer for 2026-01-30

NYT Pips medium answer for 2026-01-30

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Complete answer for 2026-01-30 (Medium)

The medium puzzle for 2026-01-30 has 7 dominoes and 6 regions. Some regions require the pips to sum to a target number. Some regions require all pips to be equal. Some regions require all pips to be different. Click on the interactive board above to reveal each domino's placement step by step, or use the Solve All button to see the complete solution at once.

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NYT Pips hard answer for 2026-01-30

NYT Pips hard answer for 2026-01-30

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Complete answer for 2026-01-30 (Hard)

The hard puzzle for 2026-01-30 has 14 dominoes and 15 regions. Some regions require the pips to sum to a target number. Some regions require all pips to be equal. Click on the interactive board above to reveal each domino's placement step by step, or use the Solve All button to see the complete solution at once.

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What I Learned

One thing that really stuck out to me today was how 'empty' cells are actually your best friends. In the Medium and Hard puzzles, those empty spots at [4,0] or [4,2] narrowed down the possible domino orientations significantly. I also learned that when you see a long chain of equal cells, you should look at your available dominoes for 'doubles' like 3-3 or 4-4.

Those doubles are often the key to satisfying those long strings without breaking the logic elsewhere. Today's Hard puzzle also taught me to watch the corners; the sum of 12 at the edge was a much better starting point than the smaller sums in the middle because it was so restrictive. It’s all about finding the most 'annoying' rule first and solving around it.

Frequently Asked Questions

What does an 'equals' region actually mean in Pips?
It means every single cell included in that shaded or outlined region must contain the same number of pips. If one cell is a 3, they all have to be 3s.
How do you handle the 'unequal' regions efficiently?
The best trick is to count the number of cells in the region. If there are six cells, and the highest pip value is 5, you know you must use 0, 1, 2, 3, 4, and 5 exactly once. It’s like a mini-Sudoku constraint.
What if I get stuck on the Hard puzzle's long chains?
Look at the dominoes you haven't used yet. Usually, a long chain of 4 or 5 equal cells will require you to use matching ends of multiple dominoes or a couple of 'double' dominoes (like 2-2). Trace which dominoes could possibly fit that pattern.
Does the order of domino placement matter?
In terms of the final solution, no, but for strategy, it’s always best to place the dominoes that satisfy the hardest constraints first, like high sums or small 'less than' requirements.
Are 'empty' cells the same as zero pips?
No, empty cells are parts of the grid where no domino can be placed at all. They are dead space, whereas a cell with zero pips is a valid part of a domino (the blank side).

How to Use This Board

1

Select a Domino

Tap any domino from the tray below the board to select it

2

Place on Board

Tap a cell on the board where you think it belongs. If correct, both cells reveal!

3

Rotate if Needed

Tap a selected domino again to rotate it, or use the rotate button

4

Use Hints

Stuck? Use the Hint button to reveal one domino, or Solve All to see everything