Word Counter

What this counter measures

Paste text and you get four numbers: words, characters, characters without spaces, and an estimated reading time. The count updates as you type, and everything is calculated in your browser - your text never leaves the page.

The numbers are only as meaningful as the definition behind them, and word counting is one of those seemingly trivial measurements where every tool disagrees. Because that definition decides whether a draft is 998 or 1,004 words, exactly what this counter counts is spelled out under "Why two word counters disagree" below - there is no hidden convention here, and the answer is short enough to check against your own editor in a minute.

How to use it

1. Paste or type your text into the box.
2. Read the counts directly below - they update as you type, with no button to press.
3. Click Clear to start again.

Rules of thumb for length

Before you measure, it helps to know what the target number usually is:

The ranges vary by field and by journal, so treat them as orientation rather than rules. The one number that is a rule is a stated limit: if a journal says 6,000 words, 6,050 is a problem and 5,900 is not.

How reading time is estimated

The estimate uses published reading-speed research. Silent reading of ordinary prose by adults sits in the range of roughly 200 to 250 words per minute, and this page divides your word count by 200, which is the conservative end: it assumes a careful reader rather than a skimmer.

Two other numbers are worth knowing. Speaking runs slower, roughly 130 to 150 words per minute, so a 1,000-word script is about 7 minutes of talking, not 5. And reading silently - without pronouncing the words in your head - can reach 300 to 400 words per minute, which is why a practised reader finishes long articles faster than any estimate predicts.

Accuracy and speed also trade off: readers slow down sharply when text is dense with numbers, unfamiliar names or technical vocabulary, so a 500-word statistical abstract can honestly take longer than a 900-word news story.

Why two word counters disagree

Take the sentence It's a well-known fact, isn't it? Six words by hand, and this counter also says six. Different tools can say five, seven or eight, because "word" is not a defined unit and each tool draws the line somewhere else:

• Split on whitespace. Every run of non-space characters is a word. This is what editors usually do, and it is what this page does: punctuation stays attached to the word it follows, so fact, and it? each count once. The cost is that a standalone dash or bullet character becomes a word of its own, and a double space can split one word into two.
• Count runs of letters and digits. Standalone punctuation and bare symbols are ignored entirely, which changes the total in text that is half table, code or em dashes.
• Hyphenated words. Is well-known one word or two? Word processors and this counter say one; a few editors split at the hyphen and say two.
• Contractions. Is isn't one word or two? Most tools count one, as this one does; a few split at the apostrophe.
• Quotes, brackets and citation markers. In academic writing a citation marker such as a bracketed reference can be counted or excluded, and a quotation's words may or may not count towards your limit - the brief decides, not the tool.

So the number here is the whitespace convention, which is the closest match to what a word processor reports. It will still differ from a system that counts letters only, and it will differ from a submission system that excludes references, captions and appendices.

The practical consequence: when a limit is enforced by a submission system, the only count that matters is that system's count. Use this page to write to roughly the right size, then check against the official counter before you submit.

Characters, bytes and limits

Character counts hide a second trap that English writers rarely notice until a translation arrives. A character is not a byte:

So a database column capped at 255 bytes holds 255 Latin letters but only 63 emoji or 85 CJK characters. If a field that was fine in English suddenly rejects German or Japanese, this table is usually the reason - and the fix is a byte limit, not a character limit.

Where word counts actually matter

• Hard submission limits. Journals, universities and grant systems reject over-length work automatically, and some stop counting before the bibliography.
• Writing to a budget. A script for a 30-second slot is about 65 to 75 spoken words; knowing that turns "make it shorter" into an exact target.
• Meta titles and descriptions. Search results truncate on width, so length limits there are real even though they are not word counts.
• Translation and invoicing. Translators usually quote per word or per 1,000 characters, and the two rates are not interchangeable across languages.

Related tools: the text case converter handles the capitalisation pass once the text fits, the diff checker shows exactly what changed between two drafts, and the guide to word counts goes deeper on the counting conventions above.

FAQ

Does my text leave my browser?

No. The counting happens locally as you type; nothing is sent to a server and nothing is stored after you close the page.

How is reading time calculated?

The word count is divided by 200 words per minute, which is the conservative end of the 200-250 wpm range reported for silent reading of ordinary prose by adults. Dense or technical text takes longer.

Why does your count differ from another tool?

Word counting is not standardised. This counter splits text on whitespace, which is the convention word processors use: a contraction such as isn't and a hyphenated word such as well-known each count once, while a standalone dash counts as a word of its own.

How many words is a 30-second speech?

About 65 to 75 words. Speaking runs at roughly 130 to 150 words per minute, which is about half the speed of silent reading.

Are characters the same as bytes?

No. A Latin letter is one UTF-8 byte, but an accented letter or a Greek or Cyrillic character takes two, a Chinese or Japanese character three, and most emoji four. Character limits and byte limits therefore reject different things.