QWERTY: Why the Keyboard Is Laid Out Like That

You did not choose the layout on the keyboard in front of you. Somebody chose it for you in a Milwaukee workshop in the 1870s, and you have been living with that decision ever since. The QWERTY layout takes its name from the first six letters of the top row, and it arrived with the typewriter, long before computers existed.

You have probably heard the tidy version of the story. The keys were scrambled on purpose to slow typists down so the machine would not jam. The story is neat and it is everywhere. The sources do not support it. The real account has mechanical typebars, telegraph operators and a cartel of manufacturers in it.

Here is that honest version. You will see where the myth comes from, how QWERTY compares with Dvorak, AZERTY and Colemak, what ergonomics actually says about your wrists, and how to switch layouts on Windows, macOS and Linux in a couple of minutes.

What the QWERTY layout is, and why it has that name

The QWERTY layout is the order in which the keys of a keyboard are arranged. Read the first six letters of the top row from left to right and you have the name: Q, W, E, R, T, Y. The same logic names the national variants. AZERTY runs France and Belgium, QWERTZ runs Germany and Central Europe, and plain QWERTY covers the English-speaking world and most Spanish-speaking countries.

Keep two things apart and half the confusion disappears. The physical keyboard is the hardware, the keys and whatever is printed on them. The logical layout is the map the operating system uses to decide which character each key sends. You can have QWERTY letters painted on your keys and type in Dvorak all day. Only the software map has to change.

Most typing methods assume your fingers rest on a home row. On QWERTY that is ASDF for the left hand and JKL plus the semicolon key for the right. How far and how often your fingers leave that row is one of the few things a layout can genuinely improve, and it is the yardstick Dvorak and Colemak use to measure themselves.

QWERTY was built for English, and that shows the moment you type in another language. Spanish, French, German and Portuguese need accents, umlauts and extra letters. Those characters end up on dead keys or modifier combinations. That is why AZERTY and QWERTZ exist, and why the US-International layout bolts dead keys onto the same base. Every layout is a permanent compromise between the letters you type most and the ones you have to reach for.

Where it comes from: from the telegraph to the typewriter

Follow the chain and you end up somewhere unexpected. The typewriter keyboard came out of telegraphy, long before anyone worried about the alphabet.

Sholes’ Milwaukee workshop and the first typing machine

Christopher Latham Sholes was a printer and newspaper editor. He was working on a device to number the pages of books when his partner Carlos Glidden pushed him to turn it into a machine that could type letters. With Samuel W. Soulé they patented a rough first model in 1868 (US patent 79,265). The investor James Densmore bought a share of the invention and became the commercial engine behind the project.

That first machine looked nothing like a modern keyboard. It used a piano-style set of keys, eleven of them in two rows, and its logic came from the telegraph.

The piano, Morse code and the telegraph operators

The best clue to the order you type on today sits in telegraphy. Devices from the middle of the nineteenth century, such as the Hughes-Phelps printing telegraph, already used keyboards of about 28 keys in two rows, with no alphabetical order at all. The Morse code had shown that text could travel as short and long pulses. In Spain, Francisco Salvá Campillo demonstrated an electric telegraph in 1796 that was decades ahead of its time.

The part that matters is human. Telegraph operators were the expert users of the day, and they carried a trained muscular memory for certain letter sequences. When Sholes and Densmore tested their prototypes with real operators, they collected both the habits and the complaints. The study by Koichi and Motoko Yasuoka (ZINBUN, 2011) concludes that the typewriter keyboard came from the printing telegraph and the Morse receivers, and that the arrangement kept shifting until it settled into QWERTY «among conflicting requirements», almost by accident.

The 1878 patent and the birth of QWERTY

In 1873 Sholes sold the manufacturing rights to E. Remington and Sons, a firearms and sewing-machine company that already had the tooling for mass production. Out of that deal came the Sholes and Glidden Type-Writer, whose layout was not yet the one you know. The familiar form arrived in 1878 with the Remington Type-Writer No. 2.

The key document is US patent 207,559, granted to Sholes on 27 August 1878 as an «Improvement in type-writing machines». According to the Hagley Museum, that patent contains the first documented appearance of the QWERTY arrangement. One detail surprises almost everyone. There were no keys for 1 or 0. Typists used the letters I and O instead, which saved two keys.

Sholes is remembered as the father of the typewriter, yet he later published a different layout of his own that never caught on. QWERTY was not his favourite design. It was the one that won.

How QWERTY became the standard

The decisive push was commercial. In 1893 the five largest American manufacturers, Remington, Caligraph, Yost, Densmore and Smith-Premier, merged into the Union Typewriter Company and adopted QWERTY as their shared layout, as Hagley records. The teletype inherited that keyboard in the 1910s, and the first terminals and computers copied the teletype. The chain runs from telegraph to typewriter, then from teletype to computer, as you can follow in the broader history of computing.

The myth: was QWERTY designed to slow typists down?

No evidence supports the idea that Sholes set out to slow anyone down. The popular version says the keys were placed awkwardly on purpose, so typists would write slowly and the typebars would not jam. It is a tidy story, and it falls apart against the sources.

Where the myth comes from, and what actually happened

The «designed to be slow» explanation feels right because it describes a real problem. Mechanical typewriters had metal typebars that struck the paper, and pressing two keys whose bars came from the same area could make them collide. From there it is tempting to assume the fix was to separate common letters and slow typing down. That step never appears in the documentation of the period.

What the design did do was spread out certain letter pairs that get typed in sequence, so their typebars would not clash, and shape the keyboard around the habits of the telegraph operators who tested it. Smithsonian Magazine sums the debate up in two lines: avoid the jams, or imitate the telegraph. Yasuoka and Yasuoka add a third reason. The changes also answered the operators’ frequent mistakes and Remington’s commercial interests. Put it together and QWERTY is a historical compromise between mechanics, habit and business.

QWERTY vs Dvorak, Colemak and AZERTY

If QWERTY is not optimal, what else is there? Dozens of layouts exist, but four names dominate the conversation.

	QWERTY	Dvorak	Colemak	AZERTY
Origin	1870s	Patent of 1936	2006	19th century, standardised in 2019
Idea	Mechanical and commercial compromise	Letter frequency and hand alternation	Frequency, comfort and easy transition	Adaptation to French
Vowels	Split across the three rows	Gathered on the home row	On the home row	Same letter order as QWERTY
Use	De facto standard	Minority	Minority, growing	France and Belgium

Dvorak: the scientific alternative

The Dvorak layout comes from August Dvorak and William Dealey. They finished it in 1932 and patented it in 1936. The idea was simple to state. Put the most-used letters where the fingers rest and share the work between both hands. In English, vowels and frequent consonants move to the home row, and the keys are ordered by frequency instead of telegraph inheritance.

Proving the point turned into a small saga. A US Navy study in 1944 reported large time savings with Dvorak, and the figure was quoted for decades. When the General Services Administration revisited the question in 1956, it found no particular advantage once training and operator differences were taken into account. Liebowitz and Margolis take both documents apart in «The Fable of the Keys». The early result had not controlled properly, and the more careful later one is the one that got ignored.

AZERTY and QWERTZ: the national variants

Many countries did not abandon QWERTY. They adapted it. The French AZERTY changes the first letters and frees room for accents and symbols, yet its traditional version struggled with accented capitals and the ligature «œ». That is why AFNOR published standard NF Z71-300 in April 2019, defining an improved AZERTY and a BÉPO layout, as explained by AFNOR and by the Windows documentation. Germany and Central Europe use QWERTZ, with Z and Y swapped, governed by the DIN 2137 standard.

Colemak: the modern attempt

Colemak appeared in 2006, created by Shai Coleman, and it aims for a balance: more comfort than QWERTY without wiping out the memory of anyone who already types fast. It moves 17 keys and keeps the classic shortcuts (Ctrl+Z, Ctrl+C, Ctrl+V) exactly where they are. Its official site, colemak.com, lays out the benefits it claims and the versions for each system.

Which one is better? What the evidence says

A note of caution before you rewire your fingers. That Dvorak or Colemak make you type much faster is not solidly proven. The work of Liebowitz and Margolis, «The Fable of the Keys» (1990), reviewed the classic studies and found methodology problems in the experiments that were cited as proof. What does hold up is comfort. A layout built to cut travel and alternate hands tends to be easier on many people, especially over long working days. Speed depends far more on practice than on the key map.

Ergonomics: what you can fix without changing layout

Keyboard ergonomics starts with your posture. The letters matter less than people assume. The OSHA guide to computer workstations keeps repeating the same points: keep your wrists straight, your elbows close to your body and your shoulders relaxed, with the keyboard at a height that lets you avoid reaching forward or bending your wrists.

Before you touch the layout, pull these levers. An adjustable tray or stand, tilting the keyboard carefully (never if it forces the wrist) and using a split keyboard with tenting, which separates the hands and reduces tension. Alternate tasks and take breaks. Laptops push you into worse postures than an external keyboard, so give that some thought if you spend the day on one. In our guide to organizing your computer desktop there are ideas to reclaim space and comfort.

QWERTY on Windows, macOS and Linux: how to switch layouts

The good news is that changing layout is free and reversible. You do not need to buy another keyboard. You only have to tell the system which map it should use.

Windows

On Windows, keyboards are managed from the language settings. Go to Settings, then Time and language, then Language and region, add the layouts you want and switch between them with Windows + Spacebar. The system ships with plenty of national variants and documents the process on Microsoft Learn. If the one you want does not exist, the Microsoft Keyboard Layout Creator lets you build it.

macOS

On macOS these are called input sources. Add them under System Settings, then Keyboard, then Text Input, then Edit and switch from the input menu, with Control + Space or with the Globe/fn key if you configure it that way. Apple explains it step by step in its guide to typing in another language on a Mac, and it includes a Keyboard Viewer that shows which character each key produces.

Linux

On Linux, layouts live in the XKB system, whose database is xkeyboard-config. On the desktop you change them from the settings. On the command line you apply them with setxkbmap (for example, setxkbmap us -variant dvorak) and, on the console, with localectl. Almost any layout is available without installing anything.

Why we still use QWERTY despite its flaws

If alternatives exist, why do you and I still type on a layout from 1878? The heaviest answer is the network effect. A keyboard is only as valuable as the number of people using the same one. Shortcuts, tutorials, games, shared computers and even the labels on the keys all assume QWERTY. The more users there are, the more expensive it becomes to step outside the standard, the same thing that happened with other peripherals once a single connector won out, as with USB.

Then there is the switching cost. Relearning to touch-type takes weeks, and for that whole stretch you type more slowly. Most people quit in the dip, because the payoff is uncertain while the annoyance is immediate. Economists call this path dependence. Old decisions shape current ones even after they stop being the best ones. Liebowitz and Margolis argue over how much of a «market failure» that lock-in really is. The inertia itself is hard to deny.

Even so, something is moving. Alternatives are no longer the preserve of experts. They ship in the settings of all three major systems and have active communities. Anyone who writes code all day tends to find real relief for their hands in Colemak or Dvorak.

The bottom line

QWERTY is far from the best possible keyboard. It is still an extraordinary case of longevity. It was born in a Milwaukee workshop, fed on telegraph habits, adopted by a Remington typewriter and locked in by an alliance of manufacturers. The myth that it was designed to hold you back has a good hook, and the sources point to jams, habits and business. If you ever tire of it, switching costs no money. What it costs is the time to relearn.

Frequently asked questions

Why are the keys not in alphabetical order?

Because the first typewriter did not inherit the alphabet but the telegraph keyboard, which already split letters across two rows based on usage and mechanics. Manufacturers and typists then cemented that order.

Is Dvorak faster than QWERTY?

It has not been conclusively proven. The experiments once cited as proof have methodological flaws, according to Liebowitz and Margolis’s review. What is plausible is that Dvorak or Colemak feel more comfortable to many people, because they cut travel and spread the work more evenly across the fingers.

Do I need a new keyboard to change layout?

No. The layout is software: the operating system decides which character each key sends. You can type in Dvorak or Colemak on the same physical keyboard, even if the labels still read QWERTY. Switching and switching back takes seconds.

Do ergonomic keyboards solve posture problems?

They help, but they are not a complete fix. Split keyboards, controlled tilt and a well-placed tray reduce strain, provided the chair, desk height and breaks do their part. No keyboard makes up for a bad posture held for hours.