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The Industrial Revolution · Water, Steam, and the Factory City
South Bend's industry did not begin with a factory. It began with a fall of water. Where the St. Joseph River makes its great southern bend, the river drops, and for a trading-post town of a few hundred people that drop was the one form of wealth the place held in common: power that did not eat, did not tire, and could be rented out by the cubic foot. Between 1835 and 1845 two rival companies fought over that fall in court and in the riverbed, and the system they finally built — a dam across the St. Joseph and a race on each bank — decided where the city's factories would stand for the next hundred years. Everything in this section follows that decision: the sawmills and gristmills that took the first power, the woolen and paper mills that lined the races, the moment steam engines were set down beside the waterwheels and then in place of them, the three great works — Oliver's plows, Studebaker's wagons, Singer's cabinets — that turned a county seat into one of Indiana's manufacturing cities, the Polish and Hungarian workers the plants drew across an ocean, the fifty-four-to-sixty-hour week the census found them working, the fires that periodically unmade what the water had made, and the long second act in which the races were filled in, the works demolished, and the same river, in 1984 and again in 2022, was put back to work doing new things. The firms themselves are profiled in the Businesses and Studebaker sections of this record; what is told here is the transformation they added up to.
The fall of water at the bend
THE INDUSTRIAL PREMISE
The factory city starts as a slope in a river: The St. Joseph comes south out of Michigan, bends at this place to run back north to Lake Michigan, and in bending it falls — a drop the early town measured not in scenery but in…
The first manufactures, before the dam
1836–1842
The first factory building in South Bend made nothing: The 1880 county history is blunt about the ordering of the town's industrial life — the first building erected for manufacturing purposes was the "old glass house" of 1836, a…
The New York purchase and the panic
1835–1842
The water power was first developed by men who never lived here: In 1835 Alexis Coquillard sold the water power at the bend to a company of New Yorkers — Joseph Fellows, Garrett V. Dennison, Thomas W. Alcott, James McKower…
The dam of 1844 and the two races
1842–1868
The system that powered the century was built by two companies, and the sources divide the credit differently: In December 1842 the South Bend Manufacturing Company was incorporated to develop the power on one side of the river…
The first tenants of the power
1844–1880
The first things the races drove were saws and millstones: Chapman names the Manufacturing Company's first customers in order. Abram R. and John H. Harper — the company's own treasurer and his brother — built the first saw-mill…
Lowell and the East Bank: the factory village on the east race
1837–1901
The east race got a mill village of its own, named for the mill city of Massachusetts: In 1837 Christopher W. Emrick platted Lowell on land bought from Coquillard along the east bank, and named it for Lowell, Massachusetts — the…
The west race and the riverfront works
1844–1903
The west bank took the heavier trades: If the east race collected the wood shops, the west side collected iron. A South Bend magazine of May 1919, looking back, put the early industrial center "at what is now the foot of…
Steam laid over water
1870–1914
The races were never replaced in a day; they were outgrown in layers: The mature South Bend works of 1900 was a hybrid, and the record lets us watch the layers settle. At Singer's East Bank plant, water power came first, and by…
The Oliver works in 1880: the plant as a place
1880
One works, described whole, stands for the system at its water-and-steam maturity: Chapman's 1880 history walks the Oliver Chilled Plow Works building by building, and it is the fullest single description of a South Bend factory…
The wagon works as a system
1852–1909
The second engine of the transformation ate forests and exhaled wagons: Howard's 1907 history, in the Studebaker sketch written by Col. Charles Arthur Carlisle, measures the wagon works as an industrial metabolism: more than 100…
The woodworking cluster
1863–1926
South Bend's specialty was wood that moved: Count the East Bank's nine plants of 1885 again — cabinets, toys, two carriage works, two lumber and log concerns — and add the wagon works' fifty million feet of lumber a year, and the…
The count of the transformation
1865–1909
The census lets the transformation be measured, decade by decade, at printed values: The county history gives the early scale in its own terms. Chapman, writing in 1880, records that the sales of the city's manufacturers in 1865…
The labor the factories drew
1865–1920
The works were built by men the works had summoned: A factory system that grows from 2,500 hands in 1880 to nearly 12,000 wage-earners in 1909 cannot hire its growth from one county's farm boys, and South Bend did not. The…
The working day
1880–1929
The system's true size was measured in hours: The Thirteenth Census took evidence on the point for the whole state and printed its finding in the Indiana chapter: for the great majority of wage-earners in Indiana's manufacturing…
Fire, flood, and the toll of the works
1844–1881 AND AFTER
The system's other product was loss, and the record keeps it in fires: Begin where this section began: the third user of the Manufacturing Company's power, Finley & Brown's tub-and-bucket factory, burned down just after getting…
The rail-served plant
1870–1905
The second network decided which works would grow: The races explain the first factory addresses; the railroads explain the second. The Michigan Central's branch reached the East Bank in 1870 and terminated at the Singer facility…
Electrification: the power changes state
1868–1911
The city's first utilities grew out of the races and then replaced them: The sequence begins with light. The South Bend Gas-Light Company was organized in January 1868 with a capital of $50,000 and its works at the foot of…
The second industrial age: the auto-parts conversion
1909–1963
The system changed its product without changing its skills: The census of 1909 already lists the seed of the next age among the engines of the last one — "the establishment and growth of the automobile industry" stands in the…
The remains, and the river put back to work
1945–2022
The industrial landscape was unbuilt piece by piece, and then partly rebuilt as something else: The races died as property first. In the late 1940s, as the Businesses section records, Indiana & Michigan Electric gathered in the…