FREE TYPING TEST
A 30-second test above. Below it, one test read line by line: how every keystroke is scored, and what 1,125 real results say a single number is worth.
By Soexya Khatiwada · Updated 2026-09-12
Click here and type the words to check your speed
Takes 30 seconds. No sign-up needed.
§1 · Specimen
One 30-second test, read line by line
A typing test counts the characters you type correctly in a fixed window and reports them as words per minute, one “word” being five characters. That sentence hides seven rules. The run below is a reconstructed Rush test on the Trending pack, tuned to the site's medians — a first attempt of 38 WPM with a longest streak around a dozen words — with each rule marked at the moment it bites.
10.0s — the clock starts on your first keystroke
Nothing runs until you type. From that instant the denominator is fixed at the full 30 seconds you chose. Every rule below is applied to that window, never to the time you were actually typing.
2Every correct character credits WPM immediately
The live counter is correct keystrokes ÷ 5 ÷ elapsed minutes, refreshed every 300 ms. A word you misspell later still keeps the letters you got right — partial credit is per character, not per word.
37.4s — a typo, fixed
"teh" → backspace twice → "the". The wrong keystroke stays in the total, the retyped letters count as correct, backspace itself is not a keystroke. Net effect: accuracy dips, speed does not.
4The space submits — and counts
Space or Enter ends the word and is itself a keystroke: correct if the word was right, wrong if not. It is never added to the WPM character count, which is why Kwerty reads 15–20% under sites that count the space as a fifth character.
512.1s — a wrong word: combo resets
"recieve" for "receive". Five of the seven letters still credit WPM; the submit counts as a miss; the combo drops to zero. In the data this is what separates fast typists: median longest streak is 6 words under 30 WPM and 28 at 70+, while accuracy moves only five points.
618–22s — four seconds of nothing
A glance at the keyboard, a lost place in the sentence. No keystrokes, but the clock never pauses: the live line falls from 43 to 35 and the final number is about 5 WPM lower than the same typing without the freeze.
730.0s — the tally
95 correct characters ÷ 5 ÷ 0.5 min = 38 WPM. Accuracy: (95 + 20 correct submits) ÷ 120 keystrokes = 96%. Under the rule in force before 12 September 2026 the submits never counted as correct, and this same run read 79% — the reason the site-wide median accuracy is 76%.
Tally
correct characters 95
wrong characters 4
word submits, right 20
word submits, wrong 1
total keystrokes 120
clock 30.0 s, no pauses
WPM = 95 ÷ 5 ÷ 0.5 = 38
accuracy = (95 + 20) ÷ 120 = 96% (79% under the pre-9/12 rule)
score = Σ word length × 10 × combo multiplier (1–5×, +1 every 3 in a row) + WPM × 2 — a game number, not a measurement
§2 · Repeat measurements
The same typist, four more times
Our specimen comes back. Nothing about their skill changes between runs; the numbers do. The spread below is not invented for effect — every gap is set to the median the data produces.
Four Trending runs: 38, 31, 45, 40. Median 39, best 45, gap between best and worst 14 WPM — exactly the median gap across the 102 real players who took three or more tests. The gap widens with speed: about 11 WPM for typists under 30, 17 in the 30s and 40s, 18 at 70 and above.
Notice what “personal best” means here. Best of three is 45, seven above the first run; across the real players the median best-of-three gain is +7, best-of-five is +10, best-of-ten is +12. Yet the median Nth attempt never climbs — attempt 1 is 38.5, attempt 3 is 37, attempt 5 is 33. The best gets better because you keep drawing from the same noisy distribution and keep the top card. It is variance, not learning.
Two more things the log hides. 40.6% of players never take run 02 at all. And the ones who take five or more started lower — a median first run of 34 against 38.5 for everyone — because people who score low keep trying and people who score high stop. Any “average after N tests” from any typing site carries that bias, including ours.
Run 05 is the same typist on the Code pack: 23 WPM, fifteen below their Trending runs. That is the paired median across 12 real players who typed both (19 against Tech). The Tech pack, which looks 12 WPM easier when you compare everyone who chose it, is only 1.5 WPM different for the same hands — fast typists simply pick the tech vocabulary. Symbols, brackets and camelCase are the one thing that genuinely costs speed.
Protocol, then: three runs back to back, same duration and pack, report the median. If you quote your best, say “best of N”. It is the standard the verified typing records are held to.
§3 · Field notes
Why the same hands score differently elsewhere
The formula is universal; nothing else is. Run 05 already showed that text alone moves a score by fifteen WPM. Four levers explain nearly every cross-site gap.
i. Word pool. Tests drawn from a few hundred of the most common English words score higher than full sentences with longer, rarer words like Kwerty's packs. Short common words are typed as single motor chunks; rare ones are spelled.
ii. Punctuation and capitals. Passage-based tests add shift and symbol keys on every sentence. Kwerty's packs are lowercase with no punctuation, which is closer to a common-word test than to a quote test.
iii. Timer. Fifteen seconds measures a burst; sixty starts to measure stamina. The burst-versus-sustained explainer shows how far apart the two can be for the same person.
iv. Error policy and the space. Some tests drop a misspelled word entirely, some block you until it is fixed, Kwerty credits every correct character and resets the combo. And Kwerty does not count the space as a character; most tests do, which is worth roughly 15–20% on everyday English.
Compare across sites only with identical text and rules. Compare yourself with yourself here: same pack, same duration, median of three.
§4 · Position
Where 38 sits among 1,297 real results
One strip, every attempt in the dataset, segment width equal to the share of attempts in that band. The marker is our specimen.
- under 30 WPM
- hunt-and-peck territory; most adults who learned on phones
- 30–49 WPM
- typical office user; email is effortless, long documents are not
- 50–69 WPM
- you stop noticing the keyboard; most programmers and writers live here
- 70–99 WPM
- notes faster than people talk; typing is never the bottleneck
- 100+ WPM
- court reporters, competitive typists; site record is 126
Full percentile tables, the accuracy-versus-speed curve and the downloadable dataset are on the typing speed statistics page; the typing speed chart reads every band from 10 to 150.
§5 · Benchmarks by situation
What the number needs to be, depending on who is asking
Job applications
Most office and admin roles expect 40–50 WPM with 95%+ accuracy; customer service and data entry often want 50–65; transcription, court reporting and medical scribing typically require 70–90 or more.
- Office / admin
- 40–50 WPM
- Customer service / data entry
- 50–65 WPM
- Transcription / legal / medical
- 70–90+ WPM
- Programming / tech
- 60–80 WPM
practice sentences build the consistency employers test for — accuracy matters more than peak speed.
Students
Speed grows with education level and practice. By the end of high school most students should be at 40–50 WPM; college students who write papers regularly land at 50–70.
- Middle school (11–14)
- 25–35 WPM
- High school (15–18)
- 35–50 WPM
- University / college
- 45–65 WPM
- Grad school / research
- 55–75 WPM
Daily Challenge gives everyone the same words, one attempt a day — the fairest classroom comparison.
Beginners
Most beginners type 15–25 WPM with two to four fingers. The first real milestone is 30 WPM with touch typing — the point where typing stops feeling like work.
- Total beginner
- 15–25 WPM
- After 1 month of practice
- 25–35 WPM
- After 3 months
- 35–50 WPM
- After 6 months
- 50–65 WPM
touch typing comes first — once your fingers know where each key lives, speed follows on its own.
Kids
A 7-year-old hunting and pecking typically hits 10–15 WPM. By 12, with practice, most kids reach 25–35; teenagers who type regularly often hit adult speeds by 16.
- Ages 7–9
- 10–20 WPM
- Ages 10–12
- 20–30 WPM
- Ages 13–15
- 30–45 WPM
- Ages 16–18
- 40–55 WPM
WPM by age shows the full curve; for kids, games move the number faster than drills.
§6 · Practice that moves the number
What actually changes run 06
Train the streak, not the percentage. Between the slowest and fastest bands in the data, accuracy moves from 73% to 78%; the longest run of correct words moves from 6 to 28. Fast typists are not making dramatically fewer wrong keystrokes, they are making fewer wrong words — the ones that stop the rhythm. “How many in a row without a miss” is the practice target that predicts speed.
Accuracy first, then speed. Slow down until the wrong words stop. Most people skip this and stall around 50 WPM for years. The touch typing guide removes most errors at the source by fixing which finger owns which key.
Daily beats marathon. Ten focused minutes a day outperform a two-hour weekend grind, because typing is muscle memory and muscle memory wants frequency. The Daily Challenge gives everyone the same words, one attempt a day, with streak tracking built in.
Eyes on the text. Even a glance at the keys is the four-second freeze in §1. Cover the keyboard with a cloth if you must; this is how people actually cross the touch-typing barrier.
The keyboard matters more than people admit, less than they hope. A consistent mechanical switch gives your fingers steadier feedback. It will not add 20 WPM; it will move your plateau later. Our keyboard picks start at the Keychron K2.
A test you dread does not get repeated; a game does. The same measurement runs in three modes: Rush (15, 30 or 60 seconds against the clock, combo multipliers for streaks), Survival (one typo ends the run, the best accuracy-first drill there is) and Daily (same words for everyone, Wordle-style share card). Programmers: switch the pack to Code in the arena and expect run 05.
§7 · Questions
Typing test FAQ
What is a good typing speed?+
A good typing speed is 60-80 WPM. The median real attempt on Kwerty is 36 WPM, and only about 1 in 8 attempts clears 80. Professional typists reach 80-100 WPM; competitive typists and many programmers exceed 100. For office work 40-50 WPM is standard; transcription and legal roles typically require 70-90+. Most people gain 10-15 WPM in 30 days of daily practice.
How is typing speed measured in this test?+
Kwerty measures WPM as correct keystrokes divided by 5, divided by the full test length in minutes (15, 30 or 60 seconds). One "word" is the standard 5 characters. Every correct character counts the moment you type it, so a misspelled word still credits the letters you got right. The clock never pauses, and the space between words is not added to the character count, so Kwerty reads slightly stricter than sites that count the space.
How many typing tests should I take to know my real speed?+
Take three tests back to back with the same duration and word pack, and use the median. In Kwerty's data the same player's best and worst results differ by a median of 14 WPM, and a best-of-five sits about 10 WPM above the first attempt purely from variance, not improvement. A single result is a sample; the median of three is a measurement. If you quote your best, say "best of N".
Why is my WPM different on Monkeytype, 10FastFingers or TypeRacer?+
Because the formula is the same but the text and rules are not. Word pool matters most: tests built on the few hundred most common English words score higher than full sentences. Passages with punctuation and capitals score lower. A 15-second timer measures a burst, 60 seconds measures stamina. Error policies differ: some tests drop a misspelled word, some block you until it is fixed, Kwerty credits every correct character. Kwerty also does not count the space as a character, which reads roughly 15-20% under sites that do.
Does the word pack change my score?+
Yes, but less than the raw numbers suggest. Comparing everyone, the Tech pack's median is 48.5 WPM against 37 for Trending. Comparing the same players across both packs, the gap is 1.5 WPM: faster typists simply pick Tech. The Code pack is the genuine exception. The same players lose about 15 WPM to it versus Trending and about 19 versus Tech, because symbols, brackets and camelCase break the rhythm that common words allow.
Is this online typing test really free?+
Yes — Kwerty's typing test is 100% free with no signup required and no limits. All features including 15+ themes, multiple word packs, daily challenges, the global leaderboard, and friend-challenge links are completely free. You can take unlimited tests and track your progress without ever creating an account.
How can I improve my typing speed?+
Improve typing speed with 10-20 minutes of daily practice, and train streak length rather than accuracy percentage. In Kwerty's data, accuracy separates slow and fast typists by only five points, while the longest run of correct words goes from 6 to 28. Use proper touch-typing with all ten fingers, never look at the keyboard, and rotate word packs. Daily challenges build consistency; Survival mode builds reflexes under pressure.
Does this typing test work on mobile devices?+
Kwerty's typing test works best on desktop or laptop with a physical keyboard. It works on tablets with an external keyboard. Mobile phone typing on touchscreen is a fundamentally different skill — touchscreen WPM results (typically 30-40 WPM on smartphones) are not comparable to keyboard test results.
§8 · Notes on the data
Results from Kwerty's public scores table, 2026-03-25 to 2026-09-12 (2,806 rows). Three automated accounts (100+ games, or 50+ games with a median gap under 120 seconds) were removed, leaving 1,297 real results from 299 players; 1,125 of those are Rush tests by 276 players, the subset behind §2 and §6. “Same players” pack comparisons use each player's median in each pack; with 7–28 paired players the pack gaps are directional, not precise. The specimen in §1 is a reconstruction tuned to those medians, not a stored recording. Accuracy figures use the counting rule in force when they were recorded. Pulled 2026-09-12.
Run 01 is waiting.
Thirty seconds, no account, and now you know how it is counted.