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History of S.
R. Bailey and S.R. Bailey and Company
The best carriage and automobile
builder in the world
This claim can be made without any reserve
Nothing was ever good enough if it could be made better and he did it.
His
Years as a Carriage Maker
Taken from Margaret Rice's Book, Sun on tne River, the History of the
Bailey family
Samuel Robinson Bailey was born in East Pittston, ME in 1836, the
son of Samuel and Mary Marble Bailey. From the time that he was old enough to remember, he
was facinated by the beauty of the sleighs that were used for winter travel. As a young
boy, he would hang around the sleigh and carriage shops. He had a keen mind and he would
observe the way that they were made and he began to think that he could build better
sleighs, Sometimes he would skip school to use his father's tools that were use for
repairing the family sleigh and carriage. He began to sketch out his ideas on his sister's
scrap book paper. By the time he was eighteen, he concluded that his sleigh would be
better than any other sleigh.
With his parent's approval, he set out on a cold March day with his
work rolled up under his arm and traveled by trainto Portland to show his drawings to the
city carriage makers. One after the other, they refused to see him or told him to continue
school and do more work. The Bailey Carriage Company, dealer in carriage parts and
no relation to the young boy spoke to the boy, but told him to go home and work more on
his drawings. He finally came to a gentleman who only made a few sleighs a year. When this
gentleman saw his drawings, he told Samuel that if he were his age, he would make the
carriage himself and told him to go home and do it.
With the help of his friend, James Merrill, who did his iron work,
he spent all of his free time working on the sleigh. He made all the parts himself and
they were done to perfection, just as his father had taught him. He entered his
sleigh in the 1855 October Carriage Makers Show in Portland and the won Best in Show. He
returned home and opened his S. R. Bailey Sleigh and Carriage Manufactory in his home
town. His sleighs were not of the ordinary and with their harmonious lines and curves,
they were a thing of beauty. There were no sharp points.
In 1866, he had outgrown his shop in Pittston and with his wife,
Mary and family, they moved to Bath. His employees now totaled nineteen. He was the only
man in charge. His belief was "If it can be better, then it was not good
enough". From the beginning, he made all of his parts exactly the same and one could
be fitted on any of his sleighs and carriages. He invented and patented the tools that he
used. He also invented other tools and one of these was a cheese slicer.
As one can see by this advertisement, he was also
making and selling parts. Eventually, his parts were being sold throughout the country,
including the Studebaker Carriage Co.
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He made a veneer cutting machine so he could laminate wood panels
for the curves of his vehicles. The same method is used today in making plywood. He was a
great believer in using bent wood for his sleighs and carriages. Bent wood was much
stronger than sawed pieces cut to fit. One of the his inventions was a metal coupler that
fastened the spring to the body to keep the carriage from swayng back and forth. This was
considered the greatest invention in the trade. The swaying had caused many deadly
accidents.
He invented the wood rounder machine so that
all of the poles and axles would be the same and could be made much faster. |
This bent wood machine was his invention and
was used by furniture makers worldwide. A large number were exported to Austria for they
were known as experts in the trade. |
After staying in Bath for six years, he wanted to be able to
promote his inventions worldwide, but he needed to be associated with a firm that
specialized in doing so. He joined the firm of E. A. and O.S. Gillet, a large wood working
firm in Boston, to promote and develope his various inventions and appliances, but
he soon learned that by being a salaried employee, his inventions were credited to the
firm. He was his own man and he wanted to be his own master and two years later, the firm
of Wood, Bailey, and Wood was organized. The firm built the Bailey Portland sleigh that
was recognized as one of the best sleighs built and was written about in all the trade
magazines.
Four years with the firm constantly trying to convince his partners
that perfection was worth the price, he decided to go at it alone and with his wife's
blessing, they moved to the carriage making capitol of the world, Amesbury, MA. The first
carriage to be built in America was in Amesbury in 1800. When Bailey and his family
arrived in 1882, there were twenty-five carriage firms. Amesbury had a reputation for the
best built carriages and were exported world wide by ships made in there. There were one
thousand carriage workers in a town of ten thousand residents making ten thousand
carriages a year. His family was warmly received and he set up shop on Elm Street.
Edwin was admitted to the firm and the name was changed to S. R. Bailey and Company.

In 1883, Edwin designed this sleigh with a glass windshield, the
first in the business. He had it patented. S. R. Bailey's last patent was for a hinged
windshield for the automobile in 1917 shortly before he died.
In 1888, a fire destroyed twenty-four buildings and eight carriage
firms on what was called Carriage Hill. The remaining firms helped all the destroyed ones
until they were able to continue building. Not one firm was closed down and 15,000
vehicles were shipped that year.


Bailey Essex came in all styles
Even though sleighs were S. R. Bailey's main concern, he also built
carriages and they became to be the best of the best in the country. In 1893, thirteen
firms sent their sleighs and carriages to The Columbia Exposition. The Bailey
shipped three examples of his Bailey Whalebone Road Wagon. It won the gold medal. It
became his biggest seller and he continued making it until around 1913.

1890's Runabout with bicycle wheels and his patented hinged glass
windshield
He was the first in the industry to use bicycle wheels and windshields on his carriages.

Bailey and Biddle & Smart Showroom at Babcock No. 5 Building

1903 Advertisement

By 1898, the automobile was making inroads into the carriage making
industry and some carriage makers were also making automobiles. Up until now, the only
known record of Bailey's entrance into this field in 1898 is in Margaret Rice's book given
to me Bart Bailey, great grandson of S. R. Bailey, and I saw a reference to it and
starting researching the date. A reference to the date was found in Britannica
Encyclopedia.
When the carriage industry was badly damaged by a worker's strike
in 1903, most of the smaller companies were forced out of business, but the larger ones
began making automobile bodies and Amesbury became known as the automobile body building
capitol of the world with its twenty-eight builders.The carriage workers and now the body
workers were known as the finest workers any where. |
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Bailey Electric Automobiles
1898-1915
In Margaret Rices Book "Sun on the River" 1955, Bailey
Family History, she states that when S. R. Baileys son, Edwin, returned home from
the Spanish American War in 1899, he was taken to the factory to see his fathers
surprise. It was a Bailey Electric Victoria Phaeton automobile. He described it to be the
most beautifully designed automobile that he had ever seen. He wanted to take it for a
drive, but his father told him that battery was too heavy for the motor. (The 1898 date is
taken from the Britannica Encyclopedia.) This was the first automobile built in
Amesbury.
In the meantime, Thomas Edison was experimenting on how to build a lighter and better
battery. S. R. Bailey & Co. were masters at square wood bending. Edison contracted to
have boxes made by this method to eliminate the heavy wooden type. Good news finally came
one day when Edwin returned home from a visit to Edisons factory and told his father
that by using these wooden dividers, it had greatly reduced the battery weight to where it
could now be used in his automobile. The automobile was ready for serious production in
1907, but because of the years experimenting with his car, financing was non-existent and
the company was forced to sell shares to raise the necessary capital. The company name was
changed to S. R. Bailey & Co., Inc.
Copied from the 36th Annual Report of the Bureau and Stastistics
of Labor Magazine,
March 1906
The Bailey Electric Victoria Phaeton was put into production in 1907
using the 1898 model as the prototype.
Copied from1908 Horseless Age Magazine
"The 1908 electric victorias built by S. R Bailey & Co., Amesbury, Mass., are,
in the main, unchanged from the 1907 model, but among this season's alterations is the use
of a novel form of steering post. This is essentially a centrally placed direct acting
tiller, but the end upon which the hands arc placed is in the form of the segment of a
wheel. Upon this is placed the controller lever arm operating over a quadrant. In
steering, the wheel is moved from side to side, as in all tiller steering arrangements.
Automatic interconnections prevent the introduction of the starting plug unless the
controller is in the "off' position, and also the application of the transmission and
hub brakes without at the same time shutting off the current. An electric siren operated
by a button on the tiller is used as an alarm"

1908 Bailey ElectricVictoria Phaeton
Notice the unusual D-shaped steering tiller |
 Top Up |

The 1908 and 1909 chassis showing the tiller steering

1909 Advertisement shows the same type of steering and no
noticeable changes in body style.

1909 Advertisement

1910 Advertising

1910 Bailey Electric with Thomas Edison and Edwin Bailey
The stirrup step has been replaced with a normal step and wheel steering.
Copied from the January 1910 Automotive Industries Magazine
MADISON SQUARE GARDEN AUTO SHOW
January 1910
The 1910 automobile show under the direction of the American Licensed Automobile
Manufacturers was a very fine effort. The spacious Garden was utilized in every part,
adding much to the exhibition space over former shows. The decorative scheme was new and
pleasing. The idea of uniformity of display as regarded signs and such notice-attracting
details, was well thought out, and as well carried out. The attractions demonstrated their
popularity by the very large crowds that filled the spaces. The visitors seemed to well
understand, in a majority of instances, what they were looking at, and the demonstrations
employed to point out the merits of the exhibits found they were up against intelligent
questioners. Even the ladies could discuss sparking in aspects other than the parlor kind,
and their ideas of the "intake," the exhaust and the fan, were such as to show
they were in no wise mixed in their notions of the functions of the parts mentioned. As to
the exhibits. there was a very large collection. The accessories out numbered the cars and
trucks, which is most natural, but the total was a very representative display of the
scope of the car-making industry.
The electric propelled vehicles had their own section, and the representation was
comprehensive. It is curious to note how very popular the game of "follow your
leader" is in all the efforts at car building. This year some one has lead off with
an "electric" having the conformation and appearance of a gasoline car, placing
the batteries where the engine would be looked for in front of the dash. Why an electric
should be thus constructed it is difficult to guess, unless it is a bid by the maker to
fill the eye of the man who is used to the looks of the gas car. Even such carriage
builders who should have more taste, have fallen into the style, with an exception which
we note, and have examples of this kind of job.
To instance what may be done with the electric proposition when a
carriage builder of ideas faces the problem, it is but necessary to consider the exhibit
of the S.R. Bailey & Co.,Inc., whose electric Victoria, regarded from every point of
view, is a real pleasure carriage of quality. The idea, design, construction and finish
put it in quite a class by itself, so we have no reasons for comparison. It stood alone as
an exhibit and must have made the few real carriage builders who had exhibits on the
floor, stop, study and think.





This advertisement was taken from the 1910 Amesbury Town Registery

1911 Bailey Electric.
The step has been replaced with a full running board, the first model to have one, and a
1911 Klaxonet electric horn is attached above it. Acetylene lamps are still in use.

1912 Bailey Electric Roadster
Magazine Article
1912 Bailey Electric RoadsterA somewhat novel vehicle in the
electrical field is the Bailey roadster, a specially low-hung type, with a 106-inch wheel
base in length and resembling a gasoline car. The make-up of this vehicle combines wood
frame with steel bracing, and the battery equipment of Edison cells, which is guaranteed
to give a big mileage. The car is geared for high speed, a rating of 30 miles an hour
being standard. The chassis design is different from the ordinary in that the motor is
located in rear of seat and transmits by chain to the jackshaft.

1912 Electric Victoria Phaeton is now in the Frick Automobile Museum
The running board was designed with flowing lines with no corners. Electric headlights are
used.
In 1913, Mr. Bailey donated two automobiles to the Ford Museum. One was a 1913 coupe
with fold-down top. The other one was a 1912 Victoria Phaeton that Edison used to test his
batteries known as "Maude". The Ford Museum deaccentioned the Bailey automobiles
in 1975.

1913 Bailey Roadster that was donated to the to the Ford Museum
The great grandson of S. R. Bailey now owns this unrestored in his colection.
Electric Apparatus at the Boston Automobile Show
Copied from the March 15, 1913 edition of the Electrical World Magazine
The Boston Automobile Show, for pleasure cars only was opened at the Mechanics'
Building, Huntington Avenue. Boston, Mass., on the evening of March 8, to last one week,
and was characterized by a representative display of the latest models of gasoline and
electric machines, ranging in character from the motor cycle to the highest powered and
most luxurious touring cars. There were about 300 exhibitors, including accessory
manufacturers and dealers. The use of electric self-starting methods and electric lighting
has become standard practice with the makers of the highest grades of gasoline cars. The
electric automobile display is somewhat scattered this year at Boston, but contains many
admirable examples of the brougham and roadster types of equipment. One of the latest
models shown, which has been brought out since the New York and Chicago exhibitions
earlier in the season, is a new roadster built by S. R. Bailey & Company, of Amesbury,
Mass. This machine, known as the company's Model "F." is said to give 125 miles
per charge at an average speed of 20 miles per hour, the maximum speed being in the
neighborhood of 27 miles per hour.

1913 Bailey Victorian with Bailey and his sister on Point Shore

1912 Delivery Van

1912 Electrical workers car

Electrical worker's car showing the special ladder hookup on front end
A similiar hookup was on the rear end connected to the tool box

The 1914 Touring moel had a more rounded hood.

1913 Bailey in Chicago

Bailey Roadster Exhibited in New York
Copied from the January 24, 1914, edition of the Electrical Review and
Western Electrician Magazine
The January meeting of the Electric Vehicle Association of America will be held on
January 28, at 8 p. m., in the Engineering Societies Building, 29 West Thirty-ninth
Street, New York City, Col. E. W. M. Bailey will give an. illustrated description of his
trip in an electric automobile from Boston to Chicago, by way of New York
To the number of automobile shows which kept New York busy for two weeks, still another
was opened Monday evening, January 5, in the forty-second Street showrooms of The New York
Edison Company, where the Bailey electric roadster was displayed from January 5 to 10
inclusive, under the auspices of the New York Electric Vehicle Association.
The 1914 model roadster made the trip down from Boston, and had to be taken apart and
reassembled, in order to get it in the Edison showroom. To get the Bailey car through the
narrow doorway, the body was removed, the batteries taken out and the car turned on its
side. Then the car was put together again before the eyes of an interested crowd. This
little electric roadster made its way down from Amesbury, Mass., to New York through the
severe weather of January 3 and 4 without mishap of any kind. It is the same type of
electric that did the run from Boston to New York last fall in eleven hours running time,
an average speed of 21.5 miles an hour, and from New York to Chicago at an average of 17
miles per hour for the entire distance.
Hill climbing is another specialty of this type of electric vehicle. In 1910, to show
its capacity, a Bailey car climbed Mount Washington. Last fall, the present type roadster
took a trip from Boston to Burlington, Vt., crossing the main range of the Green Mountains
The average speed for this trip was 19 miles an hour, well up to the average speed of
powerful gasoline cars covering the same roads. For ordinary use, a distance of from 80 to
100 miles on a single charge is guaranteed, at a speed of 20 miles an hour on ordinary
roads.

Copied from May 5, 1913 Electrical Magazine

Copied from the 1913 November Boston Evening Transcript newspaper
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