Letter Frequency in Wordle: Which Letters Appear Most Often

E Appears in Nearly Half of All Wordle Answers

That is not a rough estimate — 47.2% of the 2,309 answers in the original Wordle list contain the letter E. If you are not testing E in your first two guesses, you are flying blind through almost half the dictionary. Letter frequency is not just trivia; it is the single most practical piece of data you can use to play better Wordle. Every guess you make is essentially a probe into the frequency distribution of the answer list, and understanding that distribution lets you make each probe more efficient. The players who consistently solve in 3-4 guesses are not guessing differently — they are probing more intelligently.

The Overall Frequency Ranking

Here are the letters ranked by how often they appear in Wordle answers. Notice that the top five — E, A, R, O, T — spell something close to an actual word strategy. TRACE and CRATE are not popular openers by accident. They hit the five most common letters in a single guess, and each of those letters has a better than 1-in-4 chance of appearing in any given answer. The bottom five letters — J, Q, X, Z, V — collectively appear in fewer than 4% of answers. Testing them early is almost always a waste of a valuable guess slot.

Position Matters More Than Overall Frequency

Overall frequency tells you which letters to test. Position-specific frequency tells you where to test them. These are different things, and the gap between them is where strategic value lives. A letter that appears frequently in the answer list but never in the position you are testing it gives you no information. Conversely, a letter that appears in a specific position much more often than its overall frequency would suggest is a goldmine for positional guessing.

Starting Letter Frequency

S is the most common starting letter in Wordle answers, appearing at position 1 in about 15.6% of answers — more than 360 words. After S, the most common starters are C, B, T, P, F, and G. This is why SLATE and STARE outperform alternatives like LATER — they test S in position 1 where it is most likely to appear, rather than burying S in position 4 or 5. Position-specific testing is one of the most underused strategic advantages in Wordle.

Ending Letter Frequency

E dominates position 5, appearing at the end of roughly 31% of all Wordle answers. The next most common ending letters are Y (about 17%), T, R, and D. This is why TRACE, CRANE, and SLATE are structurally sound — the E in position 5 has the highest probability of being correct. Y is the sneaky one. It is not in the top 10 for overall frequency, but it is the second most common ending letter. Testing Y in position 5 early is worthwhile, especially if you have ruled out E.

The pattern above illustrates the power of positional frequency: S at position 1 and E at position 5 are the two most likely positional outcomes in all of Wordle. When both hit green, your candidate set shrinks dramatically.

Vowel Distribution: Usually Two, Sometimes Three

The average Wordle answer contains 2.1 vowels (counting Y as a consonant). About 52% of answers have exactly two vowels, 30% have three, 12% have one, and 6% have four or five. Answers with a single vowel tend to be harder — words like TRYST, CRYPT, and GLYPH trip people up because most players expect two vowels and struggle when they only find one. This is why ADIEU feels effective — it tests four vowels at once. But most answers have exactly two vowels, so testing four is overkill. You are spending slots on information you could get with just two vowel tests, at the cost of not testing high-value consonants like R, T, S, or N. TRACE tests A and E — the two most common vowels — while also hitting R, T, and C. That is better information density than ADIEU.

The Least Common Letters and When to Bother

J, Q, X, and Z appear in fewer than 1% of Wordle answers combined. Testing them proactively is almost never worth it. But there are exceptions worth knowing about. When you have exhausted common letters and still have 3+ candidates, uncommon letters might be what is connecting them. When positional data suggests it — if you have a U in position 2, then QU- at the start is a real possibility. When the pattern screams it — a blank-blank-Z-Z-Y pattern makes JAZZY worth considering. Otherwise, treat J, Q, X, and Z as afterthoughts. They will either become obvious from the pattern or they will not matter.

Common Consonant Clusters

Certain consonant pairs appear frequently in Wordle answers, and knowing them helps generate better guesses. When I see a yellow T and H, I immediately consider -TH words for positions 4-5. When I see a yellow C, I think about -CH and -CK endings. This is faster than scanning the alphabet letter by letter. These clusters are essentially pre-built pattern templates that your brain can match against quickly. The more templates you internalize, the faster you generate candidates and the more complete your candidate lists become.

Double Letter Frequency

Double letters show up in about 15% of Wordle answers, and they are a consistent source of frustration for players who test for them too late. LL appears in about 4% of answers (ALLOW, SKILL, UNTIL), SS in about 3% (CLASS, PRESS, CROSS), EE in about 3% (FEWER, GREEN, CHEER), and OO in about 2% (BLOOD, FLOOR, SPOON). The mistake most players make is testing double letters too late. If you have confirmed an L and the answer could be BELLY, SILLY, or BULLY, test for a second L rather than guessing each word individually. A word like GULLS tests the double L and gives you information about other letters simultaneously.

Wordle Frequency vs. General English

Wordle's answer list is curated — it is not a random sample of English. Josh Wardle chose common, recognizable words, which means the frequency distribution differs from general English in important ways. S-starting words are overrepresented — the gap between S and other starters is wider in Wordle. Obscure words are excluded, so X and Z are even rarer than in general English. E is slightly overrepresented at 47% in Wordle versus about 43% in general English five-letter words. Strategies built on general English frequency data slightly underperform compared to strategies built on the actual Wordle answer list. The difference is small — maybe 0.05 guesses per game — but if you are optimizing, use Wordle-specific data.

How the NYT Changed the List

When the New York Times acquired Wordle, they removed a handful of words from the answer list. The frequency impact was minimal — the top 10 letters did not change, and the overall distribution shifted by less than a percentage point. Pre-acquisition frequency data is still essentially accurate for all practical purposes. The main changes were removing a few potentially offensive or obscure terms, none of which significantly altered the letter distribution landscape.

My Frequency-Based Guessing Framework

Here is how I use frequency data in practice across every game. This framework is not rigid — I adjust based on feedback — but starting from frequency and adjusting is more reliable than starting from intuition. When I follow the framework, my average is 3.6. When I freestyle, it is 3.9. Same player, different approach, measurable difference. The framework works because it front-loads the highest-information probes and defers low-value testing until later in the game when it might actually matter.