Was the QWERTY keyboard layout designed to slow down typists?

Question

I have heard this come up a few times, the rationale being that old fashioned typewriters would get stuck if you typed too quickly, so the QWERTY keyboard layout was invented to get around this problem. But is it true or was there another reason for the QWERTY layout?

Answer 1

The answer is No.

http://home.earthlink.net/~dcrehr/whyqwert.html

From this document:

It was made to not jam typewriters and in the process type faster.

The qwerty keyboard has been so widely adopted AND there was no proof that arranging the keyboard alphabetically makes typing faster, that today it's still the qwerty that prevails.

Answer 2

I'd like to offer an answer from a slightly different perspective. If the claim is that the QWERTY keyboard was designed to make typists slower, who were these typists who were so fast that they were causing problems with mechanical typewriters? Presumably on typewriters not using a QWERTY keyboard?

In fact, there were no fast typists that predate the QWERTY keyboard. What we consider the first commercially viable typewriter was the Sholes & Glidden typewriter, produced and sold by Remington & Sons. It was not a huge success. As noted in American Heritage magazine:

The original Remington typewriter, prototype of all modern typewriters, made its public debut in 1874. Hardly anyone noticed. “The advent of the first writing machine was not announced in cable dispatches and newspaper headlines,” The New York Times recalled later. “It slipped into existence quietly, timidly, unobtrusively, with an indifferent world to face.” In fact, the typewriter was so completely ignored it was nearly abandoned as a failure by its promoters, who had already faced a long succession of preproduction frustrations.

This model had a QWERTY keyboard, as would the machine's successors from Remington.

The Remington #2 was the first successful typewriter, though it was still years after its 1878 introduction before it started selling in significant numbers. American Heritage, again:

The 1878 Remington No. 2 offered both upper- and lower-case letters for the first time and was widely recognized by both its producers and its potential customers as a far superior machine to the 1874 model. Perhaps customers anticipated these improvements and waited for them. Charles E. Weller, a St. Louis court reporter who tested several models, made lists of faults with the first machines and then found the Remington No. 2 an enormous improvement, specifically citing the new shift keyboard. But technical problems also don’t account for the typewriter’s slow acceptance; the No. 2 was around for several years before sales took off.

The invention of what we consider touch typing, and therefore typists who could stress the upper limits of their machines, is usually attributed to a Mr. Frank McGurren in the late 1880s. Newspaper accounts of his exploits stress that he didn't have to look at the keyboard to achieve speeds of typing on his Remington #2 that left his competitors in the dust. For example, from the New York Times of August 2nd, 1888:

A speed contest for typewriters, open to all operators using any machine having upper and lower case, under the auspices of the Metropolitan Stenographers' Association, was held last night at the rooms of the association, 208 West Twenty-first-street. Of many operators who had entered only four contestants - two ladies and two gentlemen - appeared. The matter written was dictated by a reader selected by the association. The time allowed to each writer was five consecutive minutes, deductions being made for errors. The first prize of $25 was won by F. E. McGurrin, who wrote 479 words, Miss May S. Orr following with 476 words, and Miss M. C. Grant with 469 words. At the conclusion of the contest Mr. McGurrin gave an exhibition of writing blindfolded, making the extraordinary record of 101 words to the minute.

As near as I can tell most of the people competing with McGurrin were using the only other major typewriter at the time, the Caligraph. From The Phonographic World, Vol. 3, #12 (August, 1888):

A grand typewriting contest, which has already been made the subject of hundreds of telegrams and communications to every newspaper in the country, took place at Cincinnati on the 25th last month, between two very expert operators, one using the Remington Typewriter and the other using the Caligraph.

The Caligraph's keyboard layout was not quite QWERTY, but it was close.

So even in contests where speed was the goal neither competitor was using anything significantly different from a QWERTY keyboard. (Though the Caligraph's spacebars were those paddles on the sides. Not sure who thought that was a good idea.)

By 1888 the problems of the type bars jamming that existed with the earliest Sholes & Glidden model had been solved, so the QWERTY persisted even as speed became paramount. I would guess this is because while the QWERTY keyboard was created to solve a specific technical problem in the 1870s, it turned out that it also inadvertently made typing in general faster by maximizing the alternation of hands when typing the most common letter pairs.

Answer 3

I'm also going for no.

My reference is the dutch Wikipedia you can find here.

It says:

The inventer for the first typewriters was placing the keys in alphabetical order. But keys who were frequently used were placed close to eachother. Because of that, many of the metal spikes on which the letters were attached to collided and resulted in a failure of the typewriter. To solve that, he replaced some of the letters so that frequent used keys were next to not frequent used ones. This actions caused the keyboards to start looking like QWERTY keyboards en in time become QWERTY.

The article also mentions some cases in which people would have tried to slow down typing.

• Placing most used keys for the left hand: this is untrue, cause speed was no issue for the constructors of the first typewriters and blind typing wasn't introduced yet (only in the 60's of the 20th century).
• Creating QWERTY to slow down typing: also untrue, because the reason why qwerty was introduced was to avoid the metal lettercarreirs from colliding, which causes an increase in typing.

There were also attempts to create other keyboards setups:

• James Hammond : "Ideal" setup
• George Blickensderfer : the scientific "DHIATENSOR" setup
• August Dvorak : "Dvorak" setup

Answer 4

In the case for the affirmative, I'd submit an academic paper presented to a 1977 conference of the Printing Industry Research Association

http://www.pira-international.com/About-us.aspx

by Lillian Malt.

http://www.maltron.com/keyboard-info/academic-papers/236-lillian-malt-papers.html

On the first page she states

One piece of equipment which is universally recognised as being ill-fitted to human operation is the ubiquitous typewriter keyboard. The standard Sholes-designed keyboard with its QWERTY letter layout, must be one of the very few pieces of equipment which has entirely resisted improvements, which could and should have been made to complement our advancing technological ability. It has been said of the Sholes letter layout that it would probably have been chosen if the objective was to find the least efficient—in terms of learning time and speed achievable—and the most error producing character arrangement. This is not surprising when one considers that a team of people spent one year developing this layout so that it should provide the greatest inhibition to fast keying. This was no Machiavellian plot, but necessary because the mechanism of the early typewriters required slow operation.

Joe

Answer 5

Ooo oo, I know this one! The answer: sorta.

Sholes’s first keyboard used piano keys in a single row, with the letters in alphabetical order. But he was soon forced to change that arrangement, because his type bars responded sluggishly. When he struck one key soon after another, the second key’s type bar jammed the first bar before the first could fall back, and the first letter was printed again. Key jamming was still an occasional problem some 80 years later, when I had chicken pox, but at least by then the type bars struck the paper from the front side, so you could immediately see what was happening and separate the keys with your fingers. Alas, with Sholes’s machine and most other typewriters until the early part of the century, the type bars struck the invisible rear side of the paper, and you didn’t know the bars had jammed until you pulled out the page and saw that you had typed 26 lines of uninterrupted E’s instead of the Gettysburg Address.

To overcome the problem of invisible jamming, Sholes applied antiengineering principles with the goal of slowing down the typist and thus preventing the second bar from jamming the falling first bar. At that time, modern typing speeds were not yet a goal. The idea of eight-finger touch typing was still unknown. Typists rummaged around with one or two fingers while looking at the keyboard, and Sholes was ecstatic if the resulting typing rate reached a measly 20 or 30 words per minute, the rate of writing by hand.

http://discovermagazine.com/1997/apr/thecurseofqwerty1099/article_view?b_start:int=2&-C=

ndefontenay, however, makes a point I hadn't thought of before. Sholes' alterations would have the net effect of speeding up typing since, as pointed out above, a jam on a mechanical typewriter is very costly. Think of it as the difference between running and walking; sure, you can move a lot faster in the short term if you sprint, but over a long haul walking will get you there faster.

So yes, QWERTY was developed to be the fastest keyboard layout... for an 1870's Remington typewriter.

A more useful question is if QWERTY is slower on modern keyboards. Since that's off-topic, I'll only link to my propaganda on that subject.

Answer 6

It all depends whether the QWERTY layout was patented. If so, and said patent is still bringing in royalties, someone or some corporation clearly does have a vested interest in QWERTY over more memorable and/or efficient layouts. See: http://answers.yahoo.com/question/index;_ylt=Au1Dz5bH8c1t3LSowN3B7mnty6IX;_ylv=3?qid=20130120065051AAFAbD8