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NYT Pips Answers for April 5, 2026

NYT Pips answers for April 5, 2026, a Sunday: hints first, then the full solution for the easy, medium and hard boards. Take the hints in order and stop when you have enough — nothing below is revealed until you open it.

Today's set runs from a 12-square easy board to a 24-square hard one, a gap of 12 squares, with the hard board carrying 3 doubles against easy's 0 and 0 loose regions against 0. Constructed by Ian Livengood.

Sukie, Puzzle editor at EnergyPips

By Sukie · Puzzle editor

Easy12 squares, 6 dominoes

The = 0 region is the giveaway: a target that low forces blanks and ones, and almost nothing else fits.

At 12 squares this is 21% larger than the average easy board, which runs 9.9. More squares means more placements to keep straight at once, and a mistake made early sits underneath more correct-looking work before you find it.

0% of its regions are loose against a norm of 40%, so this board is tighter than usual — more regions hand you a number outright, which is why it may have felt unusually tractable.

The tray holds 0 doubles against a typical 1.33. Doubles are the most constrained tiles you can be dealt, so you get fewer of the free constraints doubles normally provide, and have to find your footholds elsewhere.

Its tightest sum target is 0, against a median of 5 across every board published. A target that low forces blanks and low values, and is usually the fastest way in.

Hint 1 — where to start

Start with the = 4 region — the top left single square — where the pips in this region must add up to exactly 4. Work there first because exactly one combination of values can fill it, so it is fully forced before you place anything.

Hint 2 — what your tray forces

Your tray holds no doubles today, which removes the usual shortcut — nothing is barred from the all-different regions on shape alone. Total pips in the tray: 35.

Hint 3 — the opening region's values

The = 4 region resolves to 4. Which half of which domino supplies each is still yours to work out.

Full answer — easy board, April 5, 2026
How each region resolves.
RegionWhereValues
= 4the top left single square4
= 4the top right single square4
=the middle left column of 26, 6
=the middle right column of 23, 3
= 2the middle centre single square2
= 0the middle left single square0
= 0the middle right single square0
= 5the bottom left single square5
=the bottom centre row of 21, 1

Every tile and the squares it covers

  • 5-1 → row 5 col 1 and row 5 col 2
  • 3-2 → row 3 col 3 and row 3 col 2
  • 4-6 → row 1 col 1 and row 2 col 1
  • 1-0 → row 5 col 3 and row 4 col 3
  • 0-6 → row 4 col 1 and row 3 col 1
  • 3-4 → row 2 col 3 and row 1 col 3

Rows and columns are counted from the top-left of the board, starting at 1.

Medium14 squares, 7 dominoes

A 14-square board across 8 regions, with 4 exact sums to anchor it and 1 looser region to work around.

At 14 squares this is a typical medium board — the average is 14.8 — so nothing about its size explains an unusually long or short solve.

13% of its regions are loose against a norm of 42%, so this board is tighter than usual — more regions hand you a number outright, which is why it may have felt unusually tractable.

Hint 1 — where to start

Start with the = 3 region — the middle left single square — where the pips in this region must add up to exactly 3. Work there first because exactly one combination of values can fill it, so it is fully forced before you place anything.

Hint 2 — what your tray forces

The tray carries 1 double: 2-2. A double is the only tile that fits wholly inside an all-equal region, and there are 3 here.

Hint 3 — the opening region's values

The = 3 region resolves to 3. Which half of which domino supplies each is still yours to work out.

Full answer — medium board, April 5, 2026
How each region resolves.
RegionWhereValues
=the top centre row of 22, 2
= 4the top centre column of 24, 0
= 3the top centre row of 21, 2
= 3the middle left single square3
=the middle centre column of 24, 4
= 3the middle right single square3
=the bottom centre row of 26, 6
< 4the bottom centre row of 22, 1

Every tile and the squares it covers

  • 2-2 → row 1 col 2 and row 1 col 3
  • 4-1 → row 1 col 4 and row 1 col 5
  • 6-0 → row 3 col 4 and row 2 col 4
  • 3-2 → row 2 col 6 and row 1 col 6
  • 2-1 → row 3 col 5 and row 3 col 6
  • 4-3 → row 2 col 2 and row 2 col 1
  • 4-6 → row 3 col 2 and row 3 col 3

Rows and columns are counted from the top-left of the board, starting at 1.

Hard24 squares, 12 dominoes

3 doubles in a 12-tile tray is a lot, and doubles are the most constrained tiles you can be dealt. Placing them first is not a preference today, it is the route through.

At 24 squares this is a typical hard board — the average is 26.1 — so nothing about its size explains an unusually long or short solve.

0% of its regions are loose against a norm of 29%, so this board is tighter than usual — more regions hand you a number outright, which is why it may have felt unusually tractable.

Hint 1 — where to start

Start with the = 3 region — the bottom left single square — where the pips in this region must add up to exactly 3. Work there first because exactly one combination of values can fill it, so it is fully forced before you place anything.

Hint 2 — what your tray forces

The tray carries 3 doubles: 1-1, 3-3, 5-5. A double is the only tile that fits wholly inside an all-equal region, and there are 2 here.

Hint 3 — the opening region's values

The = 3 region resolves to 3. Which half of which domino supplies each is still yours to work out.

Full answer — hard board, April 5, 2026
How each region resolves.
RegionWhereValues
= 9the top left column of 24, 5
= 4the top centre row of 22, 2
=the top centre column of 20, 0
= 12the top right column of 26, 6
= 2the middle centre row of 21, 1
= 6the middle left row of 23, 3
=the middle centre 3-square block5, 5, 5
= 5the middle right column of 22, 3
= 11the middle left row of 25, 6
= 3the bottom left single square3
= 4the bottom centre row of 41, 1, 1, 1

Every tile and the squares it covers

  • 5-0 → row 3 col 4 and row 2 col 4
  • 4-2 → row 1 col 1 and row 1 col 2
  • 1-3 → row 5 col 5 and row 4 col 5
  • 6-2 → row 2 col 5 and row 3 col 5
  • 1-1 → row 5 col 3 and row 5 col 4
  • 3-5 → row 5 col 1 and row 4 col 1
  • 1-6 → row 5 col 2 and row 4 col 2
  • 3-3 → row 3 col 1 and row 3 col 2
  • 1-2 → row 2 col 3 and row 1 col 3
  • 5-5 → row 4 col 3 and row 4 col 4
  • 0-6 → row 1 col 4 and row 1 col 5
  • 5-1 → row 2 col 1 and row 2 col 2

Rows and columns are counted from the top-left of the board, starting at 1.

Questions about this day

What is the answer to NYT Pips on April 5, 2026?
The full solution for all three boards is on this page, below the hints. 3 doubles in a 12-tile tray is a lot, and doubles are the most constrained tiles you can be dealt. Placing them first is not a preference today, it is the route through.
Can I see a hint without seeing the whole answer?
Yes. Each difficulty has three hints in order — where to start, what your tray forces, then the values in the opening region — each behind its own disclosure, with the full solution last. Nothing is revealed until you open it.
Are these the official New York Times boards?
The puzzle data is the Times’ own, and this page reports and explains the solution. EnergyPips is not affiliated with The New York Times, and the boards are not reproduced here to play — to play, go to the Times. To play a free daily domino puzzle of our own, the rest of this site is that.
Why is the hard board harder than the easy one?
On April 5, 2026 the hard board runs 24 squares across 11 regions against the easy board’s 12 and 9, and carries 0 regions that give you no exact number to work from.

About these answers

EnergyPips is an independent site and is not affiliated with, endorsed by, or connected to The New York Times. This page reports and explains the solution to a published puzzle, constructed by Ian Livengood — the board itself is not reproduced here to play. To play it, go to the Times. To play a free daily domino puzzle of our own making, with a full archive, start here.

Or go back to today's pips puzzle.