How to solve Wordle in 3 guesses (or fewer)

Wordle has six guesses. With perfect information theory, you can solve any standard Wordle puzzle in 3 or fewer guesses on roughly 60% of days, and in 4 or fewer on more than 95% of days. The remaining 5% are unlucky edge cases where the answer shares letters with too many common words. This guide explains why, what opening words are optimal, and how to use an unscrambler tool responsibly without ruining the puzzle for yourself.

The optimal first guess (and why)

The math is well-studied. Researchers at MIT and several independent analysts have computed the optimal first-guess word against the NYT answer list, and the consensus answer is SALET (a type of medieval helmet) — it cuts the average remaining answer space to about 1.5 words after the second guess, optimally.

That said, SALET is a weird word to memorize. The practical recommendations among Wordle community veterans are:

• SALET — theoretical best. About 1.50 expected remaining guesses to solve.
• TRACE — nearly as good. About 1.51 expected. Easier to remember.
• CRANE — Wordlebot's pick at New York Times. About 1.52 expected.
• SLATE — popular in the community. About 1.53 expected.
• CRATE, TRAIN, RAISE, AROSE — all within 0.05 of optimal.

In practice, any word in this list will give you nearly identical performance. Pick one and stick with it. The reason is simple: these words contain the five most common letters in the answer pool (E, A, R, O, T) in positions where those letters frequently appear, maximizing the information you get from each color clue.

Why don't "unique-letters" openers like ADIEU win?

ADIEU contains four common vowels but only one consonant. Wordle answers tend to have 2-3 consonants. An opening guess with five distinct letters is almost always better than one optimized for vowel coverage. ADIEU has been tested extensively and ranks roughly 700th out of all possible openers.

The second-guess decision tree

Your second guess is the single most important move in Wordle. After your first guess, you have a probability distribution over the remaining 2,309 possible answers. The question is whether to exploit (guess what you think might be the answer) or explore (use the guess to gather more information about which letters appear).

The decision rule

After your first guess, count how many of the 2,309 answers are still consistent with the clues. Call this number N:

• If N > 50: explore. Pick a second guess that contains 5 entirely new common letters. Good options include CLINT, BUMPH, GHOST depending on which letters TRACE/CRANE eliminated. You should rarely guess the answer on turn 2.
• If 5 < N ≤ 50: hybrid. Pick a word that uses some confirmed letters plus 2-3 new high-information letters.
• If N ≤ 5: exploit. Just guess one of the remaining candidates. Don't waste a guess gathering more information when you have so few possibilities left.

You can estimate N quickly without listing every answer. If your first guess returned all gray, N is roughly 350-400 (depending on which 5 letters were eliminated). If you got one green or yellow, N drops to roughly 80-120. Two clues, N drops to 15-40. Three or more clues, you're already in exploit territory.

The "hard mode" mindset

Wordle's optional hard mode requires that every revealed letter must be used in subsequent guesses. Hard mode is harder, but it teaches a discipline that makes you better at standard mode too: every guess should be a candidate answer. The exception is when N is large enough that an explore-guess pays off (see decision rule above).

Even in standard mode, you should adopt one hard-mode habit: never repeat a known-gray letter. There's no information value, and it costs you a guess slot.

Letter-frequency table for Wordle answers

The NYT answer list is not uniformly distributed. Some letters appear far more often than English-language frequency tables would predict. Here is the actual distribution of letters across all 2,309 answers:

Practical implications: the letter S is much rarer than it seems, because the NYT specifically excluded plurals ending in S from the answer pool. Conversely, Y is more common than D or H — much more frequent than in normal English.

Position-frequency: where each letter tends to live

Position matters as much as overall frequency. A few patterns worth knowing:

• Position 1 (first letter): S, C, B, T, P are most common. S leads in first-letter position (366 words) despite the no-plurals rule, because of words like SHAKE, STORE, STOMP.
• Position 2: A, O, R, E, I — the second letter is almost always a vowel.
• Position 3: A, I, O, E, U — also vowel-dominated.
• Position 4: E, N, S, A, L — the start of consonant-heavy endings.
• Position 5 (last letter): E, Y, T, R, L — note that Y is the second most common ending letter, much more than overall frequency would suggest.

Using an unscrambler responsibly

There's an obvious tension: an unscrambler tool can trivially solve Wordle. If you type in your known letters and filter by position, the answer often pops out within a single search. So why bother playing?

Two reasons people use an unscrambler on Wordle puzzles in a way that preserves the game:

1. To resolve a stuck guess 5 or 6. If you've gotten yourself into a corner and would otherwise lose your streak, using the unscrambler to surface the remaining candidates is a reasonable choice — many players consider it equivalent to looking up an unfamiliar word in a paper dictionary mid-Scrabble game.
2. To analyze a finished puzzle. After you've solved (or failed) a Wordle, run your clues through the unscrambler to see what the optimal guess at each step would have been. This is pure study mode — the puzzle is over, and you're learning.

The wrong way to use an unscrambler is to feed it your clues after every single guess. That's not playing Wordle; that's watching a tool play Wordle on your behalf. The puzzle exists to exercise your pattern-recognition; outsourcing that exercise defeats the point.

How to filter results for Wordle specifically

To use our unscrambler tool for Wordle analysis:

1. Enter the five letters you've revealed (greens + yellows + a few common letters you might be testing).
2. Set Minimum Length and Maximum Length both to 5.
3. Use Starts With for any green letter in position 1.
4. Use Contains for yellow letters (letters you know are in the word but not where).
5. Use Ends With for any green letter in position 5.

The tool can't directly handle middle-position greens (a green letter in position 3, for example) — that's a Wordle-specific constraint we don't model. As a workaround, run the filter and visually scan the results for words that have the green letter in the right slot.

Common Wordle mistakes

1. Burning a guess on a letter you already know is wrong. Every guess should give you new information.
2. Forgetting yellow-letter constraints. If V was yellow in position 3 on guess 2, your next guess must contain a V not in position 3.
3. Trying to be clever on guess 6. If you have 4 possibilities left on guess 6, just pick one — don't try to gather more information.
4. Repeating letters too early. About 5% of Wordle answers contain a doubled letter (like FUNNY, JOLLY). Don't assume the answer has 5 unique letters until you have evidence against it.

Where to verify Wordle stats

• Official Wordle (New York Times) — the canonical version.
• NYT WordleBot — official post-game analysis tool with their optimal guess engine.
• 3Blue1Brown's information-theory analysis — the canonical mathematical treatment of optimal Wordle openers.

Wordle is a small game with deep math underneath it. Knowing the letter-frequency tables and adopting the decision rule above will move you from a 4.5-guesses-average player to a 3.7-guesses-average player within a week of practice. That's not negligible — it's roughly the gap between casual and competitive Wordle club performance.