Featured Puzzle: Kakuro #1
Kakuro is another popular Japanese puzzle. Another popular name is “Cross Sums,” because it functions similarly to a crossword puzzle. Fill in the grid with the digits 1-9.
Featured Puzzle: Kakuro #2
February is mostly associated with Valentine’s Day here in the US. So for these first couple of weeks, enjoy the theme of love and lots of pink and red. Kakuro requires some addition to create the sums shown. So, we could say it’s about bringing people together?
Featured Puzzle: Killer Jigsaw Sudoku
“I want to play a game.” Jigsaw has scrambled the regions of a Sudoku grid and placed all the answers in cages! Can you still solve it?
Featured Puzzle: Kin-Kon-Kan #1 – Time to Reflect
The final day of the year is typically a time of reflection. Naturally, that calls for a puzzle about reflecting things! This is Kin-Kon-Kan, a puzzle about placing mirrors. Draw a diagonal line in only one cell within each region.
Featured Puzzle: Kin-Kon-Kan #2
Today, we’re playing Kin-Kon-Kan, a puzzle about placing mirrors. Draw a diagonal line in only one cell within each region.
Featured Puzzle: Koburin #1 – Winter Wonderland
What a lovely day for a walk in the park! Better yet, it’s time for the annual Snowman-Building contest! Of course, you don’t want to trample all over the designated snowman positions. Can you deduce where the snowman will be built, and then plan a route that circles the rest of the park?
Featured Puzzle: L.I.T.S #1
Shade four cells in each region to place exactly one L, I, T, or S-tetromino there. Shaded cells form one orthogonally contiguous area.
Featured Puzzle: L.I.T.S. #2
Shade four cells in each region to place exactly one L, I, T, or S-tetromino there. Shaded cells form one orthogonally contiguous area.
Featured Puzzle: L.I.T.S. #3
Shade four cells in each region to place exactly one L, I, T, or S-tetromino there. Shaded cells form one orthogonally contiguous area.
Featured Puzzle: L.I.T.S. #4 – Double L.I.T.S.
Today, we have a “couples” variant of L.I.T.S. Normally, you need to shade 4 cells in each region to place a single tetromino. In Double L.I.T.S., you must shade a total of 8 cells, to place two tetrominoes in each region.