What is the best starting word for Wordle?

Computational analysis identifies CRANE, SLATE, STARE, AROSE, and RAISE as among the best starting words based on letter frequency and information gain. CRANE covers five of the most common Wordle letters (C, R, A, N, E) and consistently ranks as one of the top starting words across multiple analyses.

Should I use the same starting word every day in Wordle?

Using a consistent high-information starting word is the most efficient strategy for minimising average guesses. It removes one variable from your solving process and allows you to focus all subsequent guesses on the information received from the first guess.

What letters appear most often in Wordle answers?

The most frequently appearing letters in Wordle answers are E, A, R, O, T, L, I, S, N, and C. An ideal starting word uses five different letters drawn from this high-frequency set.

Is ADIEU a good Wordle starting word?

ADIEU covers four vowels which is useful for vowel identification but only one consonant (D), missing the high-frequency consonants R, T, L, S, N, and C. It is a reasonable choice if vowel positioning is your priority but less efficient than CRANE or SLATE for overall information gain.

What is the hardest Wordle word?

Words with uncommon letters, multiple repeated letters, or unusual patterns tend to be the most difficult. Words ending in -ATCH or -OUND, or containing Q, Z, or X have historically produced the highest failure rates. Words where many plausible options exist given partial information, like WATCH, CATCH, HATCH, BATCH, LATCH, MATCH, and PATCH, are particularly challenging.

Best Wordle Starting Words: The Science Behind the Perfect First Guess

June 20, 2026 · 7 min read · by Instant Word Finder

The best Wordle starting words are high-information openers like CRANE, SLATE, STARE, AROSE, and RAISE, which pack five of the most common letters into a single guess. Most Wordle advice treats the starting word as a matter of taste. It is not. The first guess is the single most studied decision in the puzzle, and the difference between a strong opener and a weak one is measurable across thousands of games. This guide explains which starting words perform best and the reasoning behind them.

Why Does Your Starting Word Matter So Much?

In Wordle, you have six guesses to identify a five-letter word. Your first guess sets the information foundation for everything that follows. A poor starting word wastes one of your six attempts on low-frequency letters that rarely appear in the answer. A strong starting word reveals the maximum possible information about which letters are and are not in the answer.

The difference between a good and poor starting word can be the difference between solving in three guesses and failing entirely.

The Mathematics Behind the Best Starting Words

Wordle draws from a curated list of common five-letter English words. Across this word list, certain letters appear far more frequently than others. The most common letters in Wordle answers are E, A, R, O, T, L, I, S, N, and C in approximate order of frequency.

An ideal starting word uses five different letters, none repeated, drawn from this high-frequency set. Repeated letters in a starting word waste information: you learn about one letter when you could be learning about two.

Information theory applied to Wordle shows that the best starting words are those that maximally partition the remaining word list based on the colour feedback received. Researchers and Wordle enthusiasts have run computational analyses of the full answer list to identify which starting words produce the lowest average number of guesses across all possible answers.

The Best Starting Words by Category

Mathematically optimal, meaning the lowest average guesses across all answers:

Word	Letters Covered	Why It Works
CRANE	C, R, A, N, E	All five among the most common Wordle letters. Ranks in the top three by information gain, with an average solve near 3.4 guesses
SLATE	S, L, A, T, E	Strong coverage of high-frequency letters with no repeats. A favourite of competitive players
STARE	S, T, A, R, E	Five of the ten most common Wordle letters. Consistently in the top five
AROSE	A, R, O, S, E	Covers four vowels efficiently alongside a high-frequency consonant
RAISE	R, A, I, S, E	High-frequency combination with no repeats and strong vowel coverage

If you want two complementary starting words: open with CRANE, then play a second word that covers L, I, O, T, and S. Across two guesses you test ten different high-frequency letters, which gives you substantial information before your third guess even if neither word is the answer.

Already mid-puzzle? Use our free Wordle helper to find valid five-letter words that match the green, yellow, and grey clues you have so far.

What Should You Avoid in a Starting Word?

Repeated letters (SPEED, ABBEY, ONION). Each repeated letter gives you less new information than a word with five unique letters.
Rare letters (Q, Z, X, J). These appear in very few Wordle answers, so using them in your first guess wastes an information opportunity.
All-vowel words (AUDIO, OUIJA). Identifying vowels is useful, but the best starting words balance vowel and consonant information rather than chasing vowels alone.

Does Starting Word Strategy Actually Matter?

Yes, measurably. Analysis of Wordle results shows that players using high-information starting words like CRANE or SLATE solve puzzles in an average of 3.3 to 3.6 guesses. Players using random or intuitive starting words average 3.8 to 4.2 guesses. Over hundreds of puzzles, the cumulative difference is significant.

The strategy matters most for avoiding failures, meaning using all six guesses without finding the answer. High-information starting words significantly reduce the probability of running out of guesses. Once your opener is settled, the next priority is a repeatable solving system, which we cover in the Wordle strategy guide.

Want the full solving method, not just the opener? Read our Wordle strategy guide for the three-phase approach to solving in three guesses.

Sources

Published computational analysis of Wordle word lists, information theory applied to Wordle by researchers including Alex Selby and Grant Sanderson (3Blue1Brown), and letter frequency analysis of English five-letter words.