What's a Good Typing Speed? Real WPM Benchmarks

Type “what is a good WPM” into Google and you’ll get a dozen pages that all cite the same unsourced numbers: 40 words per minute is “average,” 60 is “good,” 80+ is “excellent.” None of them link to where those figures came from, because as far as we can tell, nobody does. They’ve just been copied from list to list long enough to look like fact.

There is real data on this, though, and it tells a slightly different story.

The largest typing study ever run

In 2018, researchers from Aalto University in Finland and the University of Cambridge published results from what remains the biggest typing study on record: 168,000 volunteers from more than 200 countries, typing randomized sentences on their own keyboards, producing 136 million logged keystrokes. That’s not a survey where people self-report a number they half-remember (people reliably round up). It’s measured, character by character, timestamp by timestamp.

The headline result: average typing speed across all participants was 52 WPM, with the fastest typists in the study clearing 120 WPM. That’s already higher than the “40 is average” line repeated across the internet, and it comes from an actual dataset rather than a guess.

What separates fast typists from slow ones

The more useful finding wasn’t the average, it was what the fast typists had in common. According to Dr. Per Ola Kristensson at Cambridge, who worked on the analysis, the biggest predictor of speed wasn’t finger dexterity or raw reaction time. It was rollover, pressing the next key before fully releasing the previous one, so keystrokes overlap instead of queuing one at a time. The fastest typists in the dataset used rollover on 40 to 70 percent of their keystrokes. The second predictor was using a different finger for each successive key rather than hammering the same finger twice in a row. The third, and arguably most important, was simply making fewer mistakes in the first place.

None of those three things are about how fast your fingers can physically move. They’re about technique and error prevention, which is exactly why a genuinely useful practice session focuses on accuracy first. Our Weak-Key & Error Analyzer and Finger Heatmap exist for that reason: they show you which specific keys you’re fumbling instead of just handing you a WPM number and letting you guess.

It’s also worth noting that 52 WPM as a modern average is lower than the 60 to 90 WPM typically cited for professional typing pools in the 1970s and 80s. That’s not typists getting worse, it’s the population changing. A 1980s “typist” was a specialized hire, someone paid specifically to type documents all day. Today’s 168,000-person sample includes everyone who owns a keyboard, from teenagers texting friends to retirees emailing grandkids. The ceiling hasn’t dropped. The population measuring it just got a lot broader.

Touch typing’s edge is smaller than people assume

A separate 2016 study out of Vanderbilt University, led by psychologist Gordon Logan and published in the Journal of Experimental Psychology, compared 24 touch typists against 24 “nonstandard” typists (self-taught, often using fewer than ten fingers, usually looking at the keyboard). The touch typists averaged 80 WPM. The nonstandard typists averaged 72 WPM. Close, not the blowout you’d expect given how much emphasis typing courses put on “proper” technique.

The stranger finding came from a side test: participants were asked to name which finger types which key. Touch typists correctly identified only 17 out of 26 letters. Nonstandard typists got 15 right. Neither group could accurately explain what their own hands were doing. That’s a genuinely important point about how typing skill actually works: it’s not stored as a fact you memorize and recall, it’s procedural memory, something your hands do faster than your conscious mind can describe. This is also why drilling matters more than reading about finger placement, a point we come back to in our piece on how long touch typing actually takes to learn.

The Vanderbilt study had one more result worth knowing if you’ve ever felt discouraged by your own numbers: when the same skilled typists were asked to compose original sentences instead of copying provided text, their speed dropped from about 78 WPM to 45 WPM. Composing and transcribing are different tasks. If your speed on a typing test looks nothing like your speed writing an email, that’s not a sign you’re bad at typing. It’s just a different bottleneck, the thinking, not the fingers.

What’s actually normal for your job

Broad benchmarks are more useful once you attach them to context:

• General office work: roughly 40 to 50 WPM is typical and enough for most day-to-day tasks.
• Data entry: typically 60 to 80 WPM, though a lot of data-entry work is numeric and measured in keystrokes per hour rather than WPM. That’s a different skill, closer to ten-key speed than sentence typing.
• Transcription: usually 70 to 95 WPM, since the source material is continuous speech and pauses cost real accuracy.
• Programmers: speed matters less here than fluency with symbols, brackets, and punctuation under pressure. A programmer typing 50 WPM cleanly through { }, =>, and nested parentheses is faster in practice than one typing 70 WPM who stumbles on every bracket. Our programming lesson track and bigram trainer are built around that distinction.
• Court reporters: stenotype machines, not standard keyboards, let trained reporters certify at 180 to 225 WPM depending on the material. That’s a different device entirely, a chording keyboard where one stroke can represent a whole syllable, so it isn’t really comparable to QWERTY typing speed even though the number looks dramatic next to everything else on this list.

The world record nobody can actually verify

For years, Guinness World Records credited Barbara Blackburn with the fastest typing speed ever recorded, a peak of 212 WPM on an electric typewriter in the 1980s, using a Dvorak keyboard. It’s still quoted constantly. What’s less often mentioned is that Guinness pulled the “fastest typist” category from the book entirely starting in 1987, in part because those results relied on self-reporting and advocacy-group support rather than independently controlled testing. It’s a good reminder to treat eye-popping, uncited numbers, including some of the ones floating around the internet about WPM benchmarks, with a bit of suspicion. We dig into what that record actually says about keyboard layouts in our piece comparing QWERTY, Dvorak, and Colemak.

So what should you actually aim for

Skip the round numbers from listicles. Take a baseline on our Typing Test, then check your WPM and accuracy again after a couple of weeks of real practice. Watch accuracy as closely as speed: the research above points the same direction twice, fast typists aren’t fast because their fingers move quicker, they’re fast because they overlap keystrokes cleanly and make fewer mistakes to begin with. If your accuracy is climbing while your WPM holds steady, that’s not a plateau. That’s the part of the skill that actually determines your ceiling, quietly getting better underneath the number you’re watching.