The factory system is the method of production, born in Britain's Industrial Revolution, that gathered workers and power-driven machines in one centralized building; per the AP Euro CED (KC-3.1.III.A), mechanization and the factory system became Europe's predominant modes of production by 1914.
The factory system is what happens when production moves out of homes and workshops and into one big building full of machines. Before factories, most goods (especially textiles) were made through the putting-out system, where merchants dropped off raw wool or cotton at rural cottages and families spun and wove it on their own schedule. The factory flipped that arrangement. Workers now came to the machines, worked set hours under supervision, and performed narrow, repetitive tasks. Power sources like water wheels and then steam engines made this possible, because a steam-driven spinning machine can't sit in someone's kitchen.
For AP Euro, the factory system starts in late 18th-century Britain with mechanized textile production (KC-3.1.I), spreads to the continent in the 19th century (often with state sponsorship, KC-3.1.II), and by 1914 it is the predominant mode of production in Europe (KC-3.1.III.A). It's not just an economic change. The factory created the industrial working class, pulled people into cities, imposed clock-based work discipline, and reshaped family life. That's why it threads through almost everything in Unit 6.
The factory system lives at the heart of Unit 6 (Industrialization and Its Effects) and directly supports learning objectives 6.1.A, 6.2.A, 6.3.A, and 6.3.B. The CED's essential knowledge statement KC-3.1.III.A names it explicitly, so this is core tested content, not background trivia. The factory system is also your best example of the Economic and Commercial Developments theme in action. It explains why Britain industrialized first (coal, iron, capital, and inventors per KC-3.1.I), how industry scaled up and grew more complex during the Second Industrial Revolution of 1870-1914, and why social structures changed (new working class, urbanization, labor movements). If a question asks how technology drove economic and social change in the 19th century, the factory system is almost always part of the answer.
Keep studying AP Euro Unit 6
Industrialization (Unit 6)
The factory system is the concrete form industrialization took on the ground. Industrialization is the big process; the factory is the building where it actually happened. When the CED says mechanization became the predominant mode of production by 1914, it's describing factories replacing cottage workshops across Europe.
Agricultural Revolution (Unit 4)
Factories needed workers, and the Agricultural Revolution supplied them. Higher farm productivity in the 18th century (KC-2.4.I.A) meant fewer hands were needed in the fields and more food existed to feed a growing population. Displaced rural laborers became the factory workforce. No agricultural surplus, no factory system.
Urbanization (Unit 6)
Factories anchored cities. Because workers had to physically show up where the machines were, populations clustered around mills and plants, producing the explosive urban growth (and the overcrowding, sanitation crises, and reform movements) that the CED ties to industrialization in KC-3.1.III.B.
Division of Labor and Adam Smith (Unit 4)
Adam Smith described the division of labor in The Wealth of Nations (1776) right as the factory system was taking off, and factories put his pin-factory logic into practice at scale. Breaking production into tiny repeated tasks is exactly what made factory output so much higher than artisan output.
Multiple-choice questions tend to test causation. Stems ask which technological innovation (think steam power) most directly contributed to the factory system's dominance by the late 19th century, which pair of developments facilitated factory production's dominance by 1914, and why countries like Spain and Italy industrialized later than Britain and Belgium. So you need to do more than define the term; you need to explain what enabled it (coal, steam, capital, transportation) and what it caused (urbanization, a new working class, integrated national economies). No released FRQ has used "factory system" verbatim, but it's prime evidence for LEQs and DBQs on industrialization's social effects, the spread of industry to the continent, or continuity and change in European production from 1750 to 1914. A strong move is contrasting the factory system with the putting-out system to show change over time.
The putting-out system brought work to the workers. Merchants delivered raw materials to rural households, and families produced cloth at home on their own schedule. The factory system reversed this and brought workers to the machines, with fixed hours, supervision, and centralized power sources like steam. On the exam, the putting-out system is the "before" picture (proto-industrialization in the 18th century) and the factory system is the "after" picture that dominated by 1914. Don't treat them as the same thing; the shift between them IS the change historians (and DBQ prompts) care about.
The factory system centralized workers and power-driven machines in one building, replacing the home-based putting-out system, and per KC-3.1.III.A it was Europe's predominant mode of production by 1914.
It originated in late 18th-century Britain through mechanized textile production, helped by Britain's coal, iron ore, capital, inventors, and favorable political climate (KC-3.1.I).
Industrialization and the factory system spread to continental Europe in the 19th century, often with state sponsorship, unlike Britain's largely private-initiative path (KC-3.1.II).
Steam power was the key enabler, because steam-driven machinery required a centralized location and made factories far more productive than household workshops.
The factory system created the urban industrial working class, drove urbanization, and imposed new work discipline, making it the root cause of most social changes in Unit 6.
During the Second Industrial Revolution (c. 1870-1914), factory production grew in scale and complexity, spreading to more regions of Europe and feeding a truly global economic network.
It's the mode of production, starting in late 18th-century Britain, that concentrated workers and power-driven machinery in centralized buildings with set hours and supervision. The AP Euro CED (KC-3.1.III.A) states that mechanization and the factory system became Europe's predominant modes of production by 1914.
The putting-out system sent raw materials to rural homes where families produced goods on their own schedule; the factory system brought workers to a central site with machines, fixed hours, and bosses. The shift from one to the other is a classic change-over-time argument for the period 1750-1914.
No. It began in Britain with mechanized textiles in the late 1700s and spread unevenly. Belgium and parts of France and Germany industrialized in the early-to-mid 1800s (sometimes with state sponsorship), while Southern and Eastern Europe, including Spain and Italy, lagged well behind. Exam questions love asking why Britain led and why others were delayed.
Steam power is the headline answer. Steam engines (and earlier, water power) drove machinery too large and expensive for homes, which forced production into centralized factories. Railroads then tied factories into integrated national economies and a global trade network (KC-3.1.III.B).
Yes. It's named directly in essential knowledge KC-3.1.III.A under Unit 6 and supports learning objectives 6.1.A through 6.3.B. Expect multiple-choice questions on what caused its dominance by 1914, and use it as evidence in LEQs or DBQs about industrialization's social and economic effects.