Easy Arrow Sudoku

New to Arrow Sudoku? Easy puzzles are designed to teach the core constraint with minimal complexity. Each puzzle uses simpler configurations so you can focus on understanding the rule before anything else.

▶ Play Easy Arrow Sudoku All Arrow Sudoku Difficulties

What to expect at Easy level

Easy Arrow Sudoku puzzles are calibrated so the variant constraint alone is often enough to reveal cells directly. You'll rarely need to look beyond a single unit at a time. Mistakes are easy to catch because the constraint violations are obvious.

Recommended for players who have never tried Arrow Sudoku before, or those who prefer a relaxed, confidence-building experience.

Difficulty overview

LevelCluesTechniques neededAvg. time
Easy ManyBasic elimination5–10 min
Medium ModerateSingles, pairs10–20 min
Hard FewAdvanced logic20–40 min
Expert MinimalFull mastery40+ min

About Arrow Sudoku

Difficulty
★★★★☆
4/5
Constraint Type
Line Constraints
Typical Givens
20–26
Avg. Solve (Easy)
12 min

Arrow Sudoku places arrows on the grid, each starting from a circled cell. The digits in all cells along the arrow (not including the circle) must sum to the digit placed in the circled cell. Since the maximum digit is 9, long arrows with many cells are highly constrained. Arrow Sudoku often combines beautifully with standard elimination and candidate logic.

Solving Techniques for Easy Level

Technique Description Level
Arrow Sum Bounding The circle digit equals the sum of all arrow shaft cells. A 3-cell arrow with circle 5 means the three shaft cells average under 2 — severely constraining options. Beginner
Bifurcation on Short Arrows For 2-cell arrows with a small circle (e.g., 3), only (1,2) or (2,1) works — enumerate cases to find forced placements quickly. Beginner

Ready to go deeper? Try Medium Killer Sudoku to unlock Intermediate techniques.

Average Solve Time by Difficulty

Easy
12 min
Medium
25 min
Hard
50 min
Expert
80 min

Frequently Asked Questions

Can digits repeat on an arrow?
Yes — arrow shaft cells can repeat. For example, a circle of 6 could have shaft cells (3, 3) or (1, 2, 3).
Does the circle count in the sum?
No — only the cells along the shaft count. The circle is the target sum.
Can arrows cross each other?
Yes — a crossing cell counts toward both arrows' sums.