QWERTY is the layout on virtually every English-language keyboard — named for the first six letters of its top row. Below is the full US key arrangement, the 1870s engineering problem that produced it, and why a 150-year-old design still runs the world.
The standard US ANSI arrangement. Small corner characters are typed with Shift. This is the exact layout used by the free AnyKeyboard English keyboard linked below.
QWERTY is less a design than a fossil: it preserves, key for key, the compromises of 1870s typewriter engineering. Christopher Latham Sholes and his collaborators rearranged the alphabet repeatedly while developing the first commercially successful typewriter, and the arrangement Remington began mass-producing in 1873 is essentially what you are typing on today — surviving the leap from typebars to computer keys to glass screens without meaningful change.
The famous story says QWERTY was designed to slow typists down. The truth is subtler: the problem was mechanical jamming. When two neighboring typebars were struck in quick succession they collided, so Sholes separated the bars of frequently paired letters — which often meant separating common letter pairs on the keyboard, but the goal was to let people type faster without jams, not slower. Some letter placements also owe more to salesmanship than engineering: the entire word TYPEWRITER can be pecked out on the top row, which made for a slick demonstration.
Measured by modern ergonomics, QWERTY is mediocre — only about a third of English typing happens on the home row, and the left hand does more than its share of work. Alternatives like Dvorak and Colemak fix this on paper. Yet QWERTY persists because the switching cost is enormous and shared: billions of people have muscle memory invested in it, every device defaults to it, and the practical speed ceiling for a trained QWERTY typist remains far higher than almost anyone needs.
Sholes filed his first typewriter patent in 1868 with a mostly alphabetical layout, then spent five years shuffling letters to tame typebar collisions, guided in part by letter-pair frequency studies. E. Remington and Sons bought the design and shipped the Sholes & Glidden Type-Writer in 1873 with the QWERTY arrangement nearly finalized — the 1878 Remington No. 2, which added the Shift key, locked in the modern layout.
QWERTY's dominance was sealed by network effects rather than merit. Typing schools taught it, trained typists demanded it, and manufacturers standardized on it — a self-reinforcing loop economists still cite as a textbook example of path dependence. August Dvorak's 1936 alternative demonstrably reduced finger travel, and it still failed commercially against QWERTY's installed base.
When computers replaced typewriters, every mechanical reason for QWERTY vanished — and nothing changed. The layout crossed intact onto terminals, PCs, laptops, and finally smartphone touchscreens, where a design built to keep metal bars from colliding now governs thumbs on glass.
To stop 1870s typewriters from jamming. Adjacent typebars collided when struck in quick succession, so Christopher Sholes separated the bars of frequently paired letters, which scattered the alphabet into the arrangement Remington shipped in 1873. The layout then survived every technology change since because retraining the world's typists has never been worth it.
Not exactly — that popular story gets the intent backwards. Separating commonly paired letters prevented jams, which let typists go faster overall, not slower. The myth persists because the side effect looks like anti-ergonomics: common pairs did end up in awkward positions, and modern layouts like Dvorak exploit exactly that weakness.
They are regional siblings. AZERTY (France, Belgium) swaps Q↔A and W↔Z and moves M; QWERTZ (Germany, Central Europe) swaps Y↔Z and adds umlaut keys. Both exist because early typewriter sellers adapted the layout to local letter frequencies and characters. Our AZERTY and QWERTZ pages show every changed key highlighted.
No — by finger-travel metrics Dvorak and Colemak beat it comfortably, and the world's fastest typists could likely go faster still on them. In practice it barely matters: typing speed depends far more on practice than layout, QWERTY typists reach 200+ WPM, and the weeks of retraining an alternative layout demands rarely pay back for ordinary use.
Yes — the free AnyKeyboard English QWERTY keyboard linked below runs in your browser: click keys or type normally, then copy the text anywhere. There is also a typing speed test if you want to measure your WPM on the layout.