Industrial cities and the working day
Manchester, the centre of the cotton industry, more than tripled in population between 1800 and 1850.
Moving to town
In 1750 most people in Britain lived in villages and worked on the land. A century later, more than half lived in towns. Families moved to Manchester, Leeds, Glasgow and dozens of smaller mill towns because the factories offered regular wages, even if they were low, and because changes in farming meant fewer jobs in the countryside. Towns grew faster than anyone could plan for them. Builders put up rows of cheap houses back to back, so that each house shared its rear wall with another and had windows on one side only. Whole families lived in a single room or a damp cellar. Several houses shared one outdoor privy, and waste ran into open drains and rivers that also supplied drinking water.
A working day set by the clock
In the home, a weaver could work hard one day and rest the next, as long as the cloth was ready when the merchant came. In the mill, the machines ran on the owner’s schedule. A bell or a factory hooter called workers in at dawn, the gates were locked when the shift began, and workers who arrived late or talked at the machines could be fined part of their wages. Days of twelve hours or more, six days a week, were common in the early mills. Machines did not tire, and the work around them was fast, repetitive and dangerous: loose clothing or hair caught in belts and rollers could cost a finger, an arm or a life. Cotton dust filled the air in the spinning rooms, and many workers developed lung disease.
Cholera and clean water
Crowded towns with dirty water were ideal for disease. Cholera, which can kill within a day through severe diarrhoea, reached Britain in 1831 and returned in waves. Most doctors blamed a “miasma”, bad air rising from filth. The London doctor John Snow suspected water instead. When cholera broke out in Soho in late August 1854, he traced more than 500 deaths in ten days and found that the victims had lived near, or drunk from, the public pump on Broad Street. Workers at a nearby brewery, who drank beer and had their own well, mostly escaped. Snow persuaded the local authorities to remove the pump’s handle. The outbreak was already fading as people fled the area, but Snow’s map of deaths became one of the founding pieces of evidence for the idea that cholera spreads through water. London’s great system of sewers, designed by Joseph Bazalgette, was built in the decades after the “Great Stink” of 1858, when the smell of the Thames drove MPs out of the rooms of Parliament that faced the river.
Breaking machines, building unions
Workers did not accept these changes quietly. In March 1811, in the villages around Nottingham, framework knitters began breaking the stocking frames of employers who cut prices or hired cheaper, less skilled workers. When the attacks returned on a larger scale in November, they signed threatening letters with the name of an imaginary leader, Ned Ludd, and became known as Luddites. The movement spread in 1812 to the woollen districts of Yorkshire and the cotton towns of Lancashire. Early in 1812 Parliament made frame-breaking a crime punishable by death, despite a speech against the bill by the young poet Lord Byron in the House of Lords on 27 February, and soldiers were sent to the troubled counties. The historian Eric Hobsbawm later called machine-breaking “collective bargaining by riot”: the Luddites were not against all machines but against the way they were being used to cut wages. Over the following decades workers organised trade unions, and from 1838 the Chartists campaigned for the vote for all men.
- 1811: Frame-breaking begins around Nottingham (March)
- 1812: Frame-breaking made a capital crime; Byron speaks against it
- 1831: Cholera reaches Britain
- 1838: The People’s Charter launches the Chartist movement
- 1854: John Snow traces the Broad Street outbreak
- 1858: The “Great Stink” in London
| Back-to-back houses | Cheap rows of houses sharing a rear wall, windows on one side |
| Factory discipline | Bells, locked gates and fines that enforced the owner’s hours |
| Cholera | Water-borne disease that struck British towns from 1831 |
| Miasma | Old theory that disease came from bad air |
| John Snow | Doctor who linked the 1854 Soho outbreak to the Broad Street pump |
| Luddites | Machine breakers of 1811 to 1816, named after “Ned Ludd” |
| Collective bargaining by riot | Hobsbawm’s phrase for machine-breaking to defend wages |
| Chartists | Movement from 1838 demanding the vote for all men |
- Why did families move to industrial towns?
- Regular wages and fewer jobs in the countryside
- Towns were cleaner than villages
- Land in towns was free
- What were back-to-back houses?
- Houses sharing a rear wall, with windows on one side only
- Houses with two front doors
- Houses built on top of factories
- How was time kept in the early mills?
- With bells, locked gates and fines
- Workers chose their own hours
- By the phases of the moon
- What did John Snow suspect caused cholera?
- Contaminated water
- Bad air from filth
- Cotton dust
- Why did the brewery workers near Broad Street mostly escape?
- They drank beer and had their own well
- They lived far away
- They had been vaccinated
- Whose name did the Luddites sign on their letters?
- Ned Ludd
- Lord Byron
- George Ball
- What did Hobsbawm mean by “collective bargaining by riot”?
- Breaking machines to defend wages and prices
- Workers voting in elections
- Owners buying new machines
- Snow traced more than 500 deaths in ten days. If exactly 500, what is the average per day?
- A mill shift runs from 6 in the morning to 7 in the evening with one hour for meals. How many hours of work is that?
- Twelve hours a day for six days. How many hours a week?
- Put these in order, earliest first.
- Industrial towns such as Manchester grew far faster than housing, water and drains could keep up.
- Mill work ran by the clock: long shifts, fines and dangerous machines.
- John Snow linked the 1854 Soho cholera outbreak to the Broad Street pump.
- Luddites broke machines to defend wages; later workers built unions and the Chartist movement.
Sources for this course (20)
- Science Museum blog, "James Watt and the separate condenser" (5 January 2019, Ben Russell) and Science Museum Group Collection records for James Watt, Rocket (co26704) and the Huskisson memorial
- University of Glasgow, "James Watt and the Newcomen Engine"
- Railway Museum, "Stephenson’s Rocket, Rainhill and the rise of the locomotive"
- Science and Industry Museum, "Making the Liverpool and Manchester Railway"
- Locomotion (Shildon)
- "Locomotion No.1"
- The National Archives (UK)
- "1833 Factory Act" education resource and source 1, and "Why did the Luddites protest?"
- UK Parliament Living Heritage, "The 1833 Factory Act" and "Coal mines"
- Library of Congress, National Child Labor Committee collection (Lewis Hine)
- "Ford implements the moving assembly line" and "Invention of the Telephone"
- Smithsonian National Museum of American History, Bell experimental telephone (nmah_689864)
- US National Archives, "Eli Whitney’s patent for the cotton gin"
- ETHW (IEEE)
- "Milestones: Pearl Street Station, 1882"
- Cromford Mills (cromfordmills.org.uk)
- NOAA Climate.gov, "Climate change: atmospheric carbon dioxide" (2025) and NOAA GML trends
- Britannica, "Bessemer process"
- PMC 7150208, "John Snow, cholera, the Broad Street pump"
- Natural Earth coastlines (public domain).
Checked: 2026-10-17