From Typewriters to Touchscreens: A Brief History of How We Type

Every time you press a key, you're using a gesture shaped by roughly a hundred and fifty years of small, practical compromises, most of them made by people solving problems that no longer exist. The story of typing is really a story of machines changing far faster than the habits they created.

The first typewriters

Inventors had been building writing machines for decades, but the first commercially successful one was the Sholes and Glidden, sold from 1874 and manufactured by the gun maker Remington. It was a mechanical marvel and a hazard to fast typing. It printed only capital letters, and its type bars swung up to strike the paper from underneath, so the typist could not see what had been typed until several lines later. Jams were common and invisible until the damage was done.

The QWERTY arrangement emerged with this machine. Whatever its exact original motivation, it stuck because the Remington machines sold well and because people were trained on them. A later model added a shift key, which let one key print two characters and gave us lower-case typing.

How touch typing was born

Early typists used two or four fingers and watched the keys. In the 1880s a court stenographer named Frank McGurrin taught himself to use all ten fingers without looking. In 1888 he won a widely reported typing contest in Cincinnati against a rival who used a different machine and a hunt-and-peck method.

The result did two things. It persuaded typing schools that the ten-finger method was the one to teach, and it helped establish the Remington keyboard, and therefore QWERTY, as the standard. Once enough typists knew it, no competing layout could gain enough users to matter. It is one of the clearest early examples of a technology standard winning through momentum rather than merit.

Typing becomes a profession

The typewriter created an entirely new kind of office job. Businesses that had relied on handwritten letters and copy clerks now needed typists, and typing became one of the first widely available office careers for women. Speed contests drew large crowds in the early twentieth century, and champion typists were minor celebrities who toured to promote typewriter brands.

Machines stayed mechanical for almost a century. Typists built real strength in their fingers, since keys had to be struck hard enough to print through several carbon copies at once.

Electric machines

Electric typewriters spread in the mid twentieth century. IBM's Selectric, introduced in 1961, replaced the individual swinging type bars with a single rotating ball, which made jams rare and let typists work faster without fighting the mechanics. A light touch was enough, and later models could even lift a mistake off the page with correction tape. For the first time, the limit on typing speed was mostly the human, not the hardware.

Word processors and computers

The real break came with word processors and then personal computers in the 1970s and 80s, which detached typing from paper entirely. A mistake was no longer a smudge to live with or a page to retype. It was a backspace away from gone.

This changed typing psychology as much as typing technology. Earlier typists were trained toward extreme caution because errors were expensive. Computer-era typists could trade some accuracy for speed, since correction became nearly free.

The keyboard grew as well: function keys, arrow keys, a number pad, and modifier keys such as Control and Alt arrived to command the machine and not just to write. Through all of it the letters kept the same QWERTY layout, a century-old compromise riding along on top of completely new machines. Countries adapted it to their own languages, which is why French speakers use AZERTY and German speakers QWERTZ.

Phones and touchscreens

Mobile phones first asked people to type on twelve number keys, pressing a key several times for one letter until predictive systems such as T9 guessed the word. Then came full touchscreens, and for the first time in over a century a major new input method had no physical keys at all.

Typing on glass removes tactile feedback, so software compensates with autocorrect and predictive text, handing part of the accuracy problem from your fingers to an algorithm guessing what you meant. Swipe typing went further and turned typing into a continuous gesture rather than a series of taps. Voice dictation now removes the keys altogether for some tasks.

What hasn't changed

What is easy to miss is how much muscle memory has survived every transition. A skilled typist from 1950, brought to today, could sit down at a modern keyboard and, after a few minutes of adjusting to the lighter keys, type as capably as anyone trained on this year's hardware.

Typing tests have barely changed either. Words per minute, with a word counted as five characters, is the same measure used in the contests of a century ago.

Why it still matters

Voice input and predictive text are useful, but for writing, editing, programming and most office work the keyboard remains the fastest and most precise tool there is. The keys have become quieter, the machines smarter, and the paper has disappeared, but the skill underneath has barely changed in a century and a half. That is the best argument for learning it properly: it is one of the few computer skills that has never gone out of date.