Book about Schwinn HIstory in the Pubic Domain

Page from this company-sponsored history of Schwinn from 1945

Fifty years of Schwinn-built bicycles: the story of the bicycle and its contribution to our way of life. Arnold, Schwinn and company, Chicago. 1945. No author is given on the title page, but the dedication is from Frank Schwinn, son of the company founder, Ignaz Schwinn.

Typically books published after 1922 in the U.S. are still covered by copyright, but if published before 1964 (I think) then copyright has to be renewed after 28 years or the book goes into the public domain. Or perhaps the University of Michigan where this was digitized cleared the copyright otherwise somehow. Anyway, the full book is viewable through HathiTrust.

While primarily a book about Schwinn, looking back from 1945, there is quite a bit of general cycling history in this too (albeit presented in summary). There are some interesting photographs comparing a Schwinn factory in 1895 and 1945, and some discussion of the development of bicycle technology as it relates to technology in (then) automobiles and even airplanes. In many ways it is more interesting for someone interesting in Schwinn and bicycles than the much more recent No Hands that was published in 1996 but is more about Schwinn as some kind of extended business case study. (350 pages, published by Henry Holt & Co.)


The Schwinn family on a bicycle built for three

Schwinn's introduction of the balloon tire in 1933 is described in detail and makes clear that the bicycle industry in the U.S. following the initial craze of the 1890s had been negatively affected by the "single tube" tire that was difficult for individuals to repair but cheap for bicycle makers to sell.

THE BALLOON BICYCLE TIRE
The antiquated single-tube tire had been standard equipment on American bicycles from the 90's to 1933. Small double-tube tires were available, but expensive and little used. Everywhere else in the world only double-tube tires had been used for a generation, because they were readily repairable, while the single-tube tire was not. Small punctures in the single-tube tire could be repaired by makeshift methods, but large punctures could not be repaired satisfactorily, and a cut of any size meant the purchase of a new tire. The fiction that the American cycle buyer just wouldn't pay the additional cost of the practical, repairable, double-tube tire had taken root, and no serious attempt was made to encourage their use.

Ad for Schwinn's 1933 bike featuring a balloon tire in the U.S.

Snow & Fenders

Having arrived at work after riding mostly in about 1/2-1 inch of snow

On Tuesday it was starting to snow when I got up in the morning and starting to accumulate a little on the trails when I was ready to take off for work. Still, the promised weather for later was that the snow would stop, the sun would come out, and there would be enough warmth for all this to go away.

In previous experience, I have found that riding a road bike in fresh snow where there is no ice underneath can be easier than riding a mountain bike with big wide tires - and it seemed I wouldn't need any sort of special snow or ice compensation for the ride home. So I chose to ride my 1982 steel road bike (or whatever one calls such a thing) to work. I lower the tire pressure a bit to improve grip.

On the trails the snow was less than an inch, generally (that is, less than 2.5 centimeters). After a while I started hearing a high pitched noise from a tire in contact with something and realized that the way the rear fender is fitted, snow was building up at the back and pressing against the tire, making the noise. It didn't seem to be causing me to work noticeably harder, however.

When I crossed the 14th Street bridge into Washington, however, the snow was deeper on the bridge section set aside for pedestrians and cyclists and somehow the difference meant snow was building up under the fender enough to slow me down. The bridge is long enough that it was beginning to wear, but for whatever reason it got to a certain point and didn't get so bad that I was stopped.


Snow built up under rear fender in particular

The above photos are after I got to work (but before I entered the parking garage, which since it is heated, quickly melted all this messiness). In DC there was much less snow and almost none on the roads I was riding on, but you can still see the build up problem.

So I learned something - road bikes may be fine for certain snowy conditions, but not with fenders, or at least not with fenders fitted this closely.

Capital Bikeshare Usage Visualized

Mobility Lab, a kind of think tank/advocacy organization in Arlington (Virginia), has this blog post that links to interactive displays of various kinds of usage of the Capital Bikeshare system based on 2013 statistics displayed on an aerial photograph of DC and northern Virginia. One of the amazing things about bikeshare systems is that they provide detailed statistics about cycling that have never been available before.


PDF of map for cyclists in the Washington DC Morning Times, May 24, 1896

The above "Washington Bicycle Road Map (presented in a newspaper) is one I like very much since it covers so much of the DC region - it reminds me that at that time, the growing popularity of cycling was about leisure riding and a significant part of that for long rides into the countryside (which would now be suburbs, mostly). The city was only around a quarter of a million people after all. The map extends at least 12 miles out in all directions from the center of DC.

"Bicyclists, Get Off the Road"

A letter to the editor of the Yakima Herald-Republic (in Washington state) is titled, "Bicyclists, get off the road" and starts out:

Yes, it keeps happening. People riding their bicycles on roads and highways designed for motorized traffic. Thank God my parents had enough common sense to beat my rear end and ground me if they caught me riding my bike in the street. Just because the law allows stupidity does not mean you have to make yourself a dangerous liability. . .

- and so on, from some fellow in Moxee (apparently a place in eastern Washington state).

What a point of view, from one a resident of one of the top bicycling-friendly states in the nation! I guess this says something about the divide between urban sensibilities and whatever Moxee Washington represents.

On the other hand, we have this.

The Power of Bicycling (Get Psyched) from Streetfilms on Vimeo.

Yeah.

One wonders if the Man from Moxee is aware that the Good Roads Movement" that created all these roads he feels belong to motorists exclusively was started by cyclists (then known as "wheelmen"). OK, OK - one could add that they were helped in organizing by bicycle manufacturers like Colonel Pope. One can read about these efforts in their monthly journal from the 1890s, entitled "Good roads: an illustrated monthly magazine devoted to the improvement of the public roads and streets." There were no motor vehicles.

Looking Forward from 1894 - Cycling Options

I found a curious and amusing article in the Phillipsburg Herald (Phillipsburg, Kansas) from April 5, 1894. In the 1894 the "bicycling craze" of the 1890s was well underway but the "safety bicycle" (that is, a bicycle with the basic design we still have today) was still being improved each year and the peak of the craze would not be until 1896-1897. As with any "craze" there was speculation as to what might come next - this long article from the middle of the United States covered the possibilities (most of which were quite improbable) extensively, with illustrations.


nGram shows discussion of "wheelmen" in newspapers peaked 1896-1896 -- 1894 was still early

As you can see below, the article on bicycles and cycling took up the entire left side of the full page.


Image of the full newspaper page

The article begins:

The friends of cycling are legion and their number is augmented every day. As a sport it remains as popular as ever, and during the enforced dullness of tho winter months the cyclist dreams but of the perspective enjoyment another season. Long before the advent of the first robin and the timid crocus, the wheelman has burst in full bloom and can be seen gayly "pumping" through mud and slush having a glorious time in making himself and others believe that gentle spring has come.

Then it continues with illustrations and descriptions of a variety of possible bicycle types, including some more imagined than real.


A fanciful illustration suggests the skepticism of many about cycling at the time


A bicycle driven by one's arms as well as legs


A bicycle equipped with a sail


A bicycle equipped for ice (only)


An apparently regular bicycle used to help create a "new" milking maid


Cargo carrying with bicycles can require considerable skill - Egypt, 2008 example

Yes, this fellow is riding along with an open tray of Egyptian flatbread on his head.

More on the Bicycle of the Future (a View from 1901)

An article in "Modern Culture" from 1901 looks at "The Future of the Bicycle" from a few years later than my previous post that was a view from 1897 - between 1897 and 1901, the market for bicycles collapsed and prices fell and at the same time the automobile was being introduced, along with motor bicycles (motorcycles).

I have only reproduced here the text of some representative paragraphs from the beginning, middle and end of the article but it is not very long and may be interesting to read the entire thing.

The introduction is written in a rather overdone style I often see in articles written around this time.

THERE still are those, as there were ten years ago, who persist in their contention that the days of the bicycle are far spent, just as there are those who commune with nature on a spring day with their fingers in their ears and admit the earth is beautiful while they lament that the birds have ceased to sing in the tree tops. And because it takes all manner of people to make a world, there doubtless are those also who confess that wheeling exhales a most seductive influence, but who will resist it for the same reason as of yore; they will wait until bicycles are cheaper. Not while green Nature allures when winter wanes, and mankind enjoys his liberty, will bicycling or some kindred recreation lose its fascination. The industry has felt an impulse to renewed activity, and while it is in a measure true that this spirit of optimism is perennial, the conclusion is so logical that it must be shared by everyone.

The article then reviews the history of the bicycle's development and makes the following conclusions:

All sorts of impossible inventions continue to emanate from the patent office, but the prospect of another radical step forward on present approved lines is obscure. Advancement is not an abstract condition which exists as a natural course,and the improvement of the bicycle cannot be said to cover a century, but was rather confined to two decades.

There have necessarily been greater variations in the different designs for the last ten years than reason demanded, but the amount of experimentation to which it is attributable has not been without a favorable effect on the present high standard of excellence. Every important feature has been carried to opposite extremes in order to attain the happy medium, and possibly with an ulterior motive of keeping the public curiosity whetted by constantly changing fashions. But now there is no longer need to perpetuate that expensive custom of adopting a radically different design every year, and marking wheels a scant year old down to bargain counter prices. Evolution has been toward uniformity. . .

Here the writer has in mind bicycles for general use and not a bicycle used by a professional racer, which would have been a much more narrow market at that time. Since then, of course, it has turned out that there can be a great variety of bicycle types overall, but here question was whether there would be some additional leap to improve bicycle technology comparable to the introduction of the pneumatic tire.

The article then has the following flowery conclusion:

While prices are not actually increased this year, it augurs well for the quality of the bicycle that there is a tendency to buoyancy in this direction. With the public clamoring for prices lower than the cost of a good bicycle, there was a flood of inferior wheels, cheap in all save price, assembled from a fortuitous medley of unrelated parts and pieces. The sale of assorted parts has decreased, which means that with wheels of established reputation within the reach of all, the profit in home made work is lost.

So give the bicycle its due. It will live though a few immunes deny it the right. It will bear the same relation to the motor bicycle that the horse does to the automobile. Society will resurrect it as a fad; indeed it may even now be bent upon it since King Edward of England is an enthusiast. And society will eventually drop it again without affecting its stability. For as a leveler of distances between the city pavements and the green of country earth it is a boon to the nature-lover, while its utility appeals to man's commercial instincts.

"A bicycle is to a motor bicycle as a horse is to the automobile" is not how things have worked out, but the basic logic that the bicycle's "utility appeals to man's commercial instincts" seems to be true for some today at least, if we take "commercial" to mean "it's economical."


A good quality bicycle from 1901 at the reduced (from 1897) price of only $50

The "Bicycle of the Future" (of 1897)

A short piece looks at the "bicycle of the future" published in the Washington DC Evening Star, August 14, 1897. I have reproduced here just parts of the article, which speculates on what will be the "radical" changes in the design of the then-named safety bicycle (essentially the same basic bike design used today). After a ten year period of introducing and perfecting this design, including the introduction of pneumatic tires, it was apparently assumed that there would continue to be innovations of similar significance.

By many it is predicted that the bicycle of the future will be a radical departure from the wheel of today. As near perfect as the wheel of today may be, it is not so perfect that improvements cannot be made in it. This has been the invariable rule of mechanics, and the bicycle can hardly prove an exception. Stimulated by the demand of the public for something better, the manufacturers will endeavor to put an article on the market to meet the popular taste. As it seems at present, there is no need for any improvement, yet there are many who are demanding something unique and novel in the line of bicycle construction, and the manufacturers find it a lucrative investment to gratify the whims of this class.

Arguably the most significant statement is at the end - the market for bicycles at the then prevailing prices was apparently satisfied, so the manufacturers were hoping that some new enhancement would allow them to sell new and (literally) improved bicycles even to persons who already had one but would feel a need to have a new one that was clearly better.

The diamond frame has been recognized as the strongest combination that could be made for bicycle construction. It has stood the test well, but now the demand is for something different. Accordingly, the triangle or pyramid, frame wheel has made its appearance. It may be several years ahead of its day, as popular fancy has not taken to that style of construction as yet. This is only one of the most prominent departures from the present style of bicycle frames. There are innumerable designs on the market, but they are either lacking in some qualities, or else do not equal the present style in weight, and are therefore objectionable to riders. No cyclist is going back to a thirty-pound wheel after having pushed a twenty-pound or twenty-two pound wheel for several years. It would be a foolish move, indeed.

"Triangle" frame design - failed to attract interest

Within the past three or four years there have been no improvements in the general design of the bicycle. The improvements that have been made are mostly in the line of detail, though In this direction some wonderful strides have been made. The number of changes in this direction are too many to mention here. The weight of the wheel has been reduced to a point undreamed of four or five years ago, until The Friction Ch. today the factor of safety Is the smallest known in mechanical construction. The tires have been wonderfully improved upon, and the matter of repair brought into the hands of all riders.

The tread has been brought down to a scientific basis. The bearings have been made as near perfect as is possible, though it is admitted by all bicycle experts there is plenty of room for improvement yet. The bearings have also been made as near dust proof as possible, while arrangements for the chain adjustment have been patented by a number of people. The cranks and sprockets have been brought down to a scientific basis also, and innumerable other smaller details have been looked after. all tending to produce the bicycle of today. If one make of wheel had all the improvements on it we would have a model bicycle, but as it is the improvements are scattered over a number of different makes and as a result no particular wheel is perfect.

Cog-based drive system to replace chain - never caught on

The article goes on to suggest that a likely place for innovation would be to replace the chain with some other kind of "chainless" drive system, although the article dismisses shaft-drive approaches (which were marketed by a number of companies and still exist today) in favor of exotic approaches like the cog-based approach shown above, even as it admits that this system has some drawbacks.

Somewhat oddly, on this same page in the next column over from where this article appears, in a collection of short items called "Cycling Chat", a Professor Carpenter from Cornell University is quoted saying, "no better power conveyor can be found than the chain that is today in use on the bicycle" - he discounts the greater efficiency from chainless systems.

(The next post takes a further look at the "bicycle of the future" as described in 1901.)