The Age of Industrialisation

Why This Matters

Look at the clothes you are wearing. A machine in a big factory wove that cloth. Look at your phone, your bus, the cement in your wall, the steel in a railway line. All of these come from factories. We live in a world of machines and mass production. And most of us believe one simple story about how this happened: that clever inventors built machines, machines built factories, and factories made everything better and faster. We call this “progress”.

But that simple story leaves out a lot. It makes you think industrialisation was always quick, always about big machines, and always good for everyone. None of those three things is fully true. Factories spread far more slowly than we imagine. For a long time, most goods were still made by hand. And for millions of people — especially in a colony like India — the age of factories did not bring progress at all. It brought ruin.

This chapter tells the fuller story. It is really two stories side by side. One is about Britain, the first country to build factories. The other is about India, where the same age of machines did something very different — it destroyed a great cloth trade and turned a rich exporter into a poor supplier of raw material. By the end, you will see industrialisation not as a simple tale of progress, but as a real human story, with winners and losers. That is a much more honest — and more useful — way to understand the modern world you live in.

The Big Idea

Long before factories existed, there was already large-scale production of goods for a world market. Merchants gave money and raw material to poor families in the countryside, who made goods by hand in their own homes. This early phase is called proto-industrialisation, and the system is called the putting-out system. Then the factory arrived in Britain, starting with cotton: machines and workers were brought together under one roof, so an owner could supervise the work, check quality and use powerful machines. But the change was slow. Machines were costly and broke down, so for a long time most goods were still made by hand. In fact, British owners often preferred hand labour, because workers were cheap and plentiful and demand kept changing. In the colony of India, the story was darker. Cheap machine-made cloth from Manchester flooded India, while British taxes and policies shut Indian cloth out — so India’s once world-famous weavers were ruined, and India was turned into a supplier of raw cotton and a market for British goods. Later, Indians built their own factories (money first earned in trade, then turned into mills). Yet small-scale handicraft production survived and even grew. And to sell all these new goods, sellers had to first create demand — through advertisements, labels (“Made in Manchester”) and calendars that made people want to buy.

Let’s Break It Down

Before we start, let us make sure two big ideas from earlier classes are fresh in your mind. The whole chapter leans on them, so here is a quick refresher first.

Before the factory — proto-industrialisation

When we hear the word “industry”, we picture a factory. So we assume that before factories there was no industry — just farmers and a few village craftsmen making things for their own village. That picture is wrong. Historians have found that even before factories existed, there was already large-scale production of goods for sale far away, even across the seas. They call this early phase proto-industrialisation. (“Proto” just means the early or first form of something.)

How did it work without factories? It worked through merchants and the countryside. In the 1600s and 1700s, merchants in European towns wanted to produce more and more goods, because world trade was growing and colonies created new buyers. But they could not expand production inside the towns. Let us see exactly why, because the reason explains the whole system.

So merchants went to the countryside instead. There they found exactly the people they needed. At this time, the poor peasants of England were losing the common village lands they used to depend on. Many had only a tiny plot, too small to feed the whole family. They badly needed extra income. So when a merchant arrived and offered money in advance to produce goods for him, the peasant families happily agreed. They could now earn while staying in their village and still farming their little plot.

This is the putting-out system. The merchant “put out” raw material (like raw wool) and money to families in the countryside. Each family made goods by hand in its own home and gave them back to the merchant, who sold them. Different families did different steps. One merchant clothier might buy wool, give it to spinners to make thread, then pass that thread to weavers, then to people who cleaned and dyed the cloth. The cloth was finished in London (which became known as a “finishing centre”) and then sold in the world market. Each clothier controlled hundreds of such workers, around 20 to 25 at each stage.

Now compare this with the factory that came later. They are two very different ways of making the same goods, so let us put them side by side. Figure 4.1 below shows the contrast clearly.

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So proto-industrialisation already had large-scale production, world markets, and merchants controlling hundreds of workers — just no factories. Hold on to that idea. It is the first thing the chapter wants you to un-learn: industry did not begin with factories.

The coming of the factory in Britain

The earliest factories in England appeared by the 1730s. But it was only in the late 1700s that their number really shot up. And the very first symbol of this new factory age was one thing: cotton.

Cotton production boomed. Look at how fast Britain’s hunger for raw cotton grew: in 1760 it imported about 2.5 million pounds of raw cotton; by 1787 this had soared to 22 million pounds. Why such a jump? Because of a series of inventions in the 1700s that improved every step of making cloth — carding, twisting, spinning. Each new machine let one worker produce far more thread than before, and stronger thread too.

Then came the man who pulled it all together: Richard Arkwright. He created the cotton mill. Until then, as you saw, cloth was made in scattered village homes. But the new machines were expensive, and they needed care and power. You could not spread them across hundreds of cottages. So Arkwright brought them all together under one roof — the mill. And this changed everything. Inside one building, the owner could now do three things he could never do before:

• Supervise the whole process closely (watch that no one was slacking).
• Keep a watch over quality (check the cloth as it was made).
• Regulate the labour (control the workers, set the hours, set the pace).

These three things had been almost impossible when work was scattered across the countryside. This is the real power of the factory — not just the machines, but the control that came from gathering everyone in one place. (Look back at Figure 4.1(b) to see this.) The huge new mills were so impressive that people of the time were dazzled. They stared at the mills and almost forgot the small workshops and back-lanes where, in truth, a great deal of production still quietly carried on.

The pace of change — slower than you think

Here is where the chapter springs its first surprise. We imagine that once factories arrived, machines quickly took over everything. They did not. The pace of change was slow, and for a long time most work was still done by hand. Let us look at the evidence, point by point.

First, the most go-ahead industries were cotton and metals. Cotton led the first phase, up to the 1840s. After that, iron and steel took the lead — especially because railways (in England from the 1840s, in the colonies from the 1860s) needed huge amounts of iron and steel. By 1873, Britain was exporting iron and steel worth about £77 million, double the value of its cotton exports.

But — and this is the key point — the new factory industries could not easily push out the old, traditional industries. Even at the end of the 1800s, less than 20 per cent of all workers worked in the modern, machine-based industries. Most production still happened outside factories, in homes and small workshops. The ordinary worker of the mid-1800s was not a machine operator at all. He was a traditional craftsperson or labourer.

And the new technology itself spread slowly. Why? Because it was expensive, the machines often broke down, repairs cost a lot, and the machines were often not as good as their makers claimed. So cautious owners were in no hurry to buy them.

The clearest proof is the steam engine itself — the most famous machine of the age. James Watt improved the earlier engine and patented his new one in 1781. His friend Mathew Boulton manufactured it. Yet for years, almost no one bought it. At the start of the 1800s, there were only about 321 steam engines in all of England — 80 in cotton, 9 in wool, and the rest in mining and iron works. The most powerful new machine of the age was taken up very, very slowly. So much for the idea that machines swept all before them.

Why did British owners often prefer hand labour?

Now comes the biggest surprise of the chapter, and one that NCERT states but does not fully explain. In Britain, factory owners often chose hand labour over machines on purpose. This sounds backward. We expect every owner to grab the newest machine. Why would a Victorian businessman deliberately stick with human hands? There are three solid reasons, and once you see them, it makes perfect sense.

Let us walk through the reasoning before we put it in a picture.

Reason one: workers were cheap. In Victorian Britain there was no shortage of people needing work. Poor peasants and wanderers poured into the cities looking for jobs. Now think about simple supply and demand. When there are far more workers than jobs, workers will accept low pay just to eat. So wages were low. Human hands were cheap. So why spend a fortune on a machine to replace something you could already get cheaply?

Reason two: demand kept changing with the season. Many goods were not needed all year. Gas works and breweries were busiest in the cold months. Bookbinders and printers needed extra hands before Christmas. Ships were repaired in winter. Now think about what a machine costs. A machine is a one-time big payment, and it then sits there all year. If you buy a costly machine for a job that is only busy three months a year, the machine sits idle the rest of the year — wasting the money you spent on it. But a worker? You simply hire him for the busy season and let him go after. So for up-and-down demand, hand labour was the smarter, safer choice.

Reason three: the rich wanted hand-made goods. Machines were good at one thing: making large numbers of plain, identical, standard goods. But many buyers did not want plain and standard. The upper classes wanted fine, varied, beautifully designed things — and there was huge variety in demand. In mid-1800s Britain, makers produced 500 different kinds of hammers and 45 kinds of axes. No machine could do that. It needed human skill. Hand-made goods became a mark of class and good taste, while machine-made goods were sent off to the colonies.

All three reasons point the same way. Figure 4.2 below lays out the cause chart, and also shows the flip side — what happened where labour was scarce.

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So the spread of machines was never automatic. A machine was bought only when it actually saved the owner money. Where labour was cheap and demand was up-and-down (Britain), hands often won. Where labour was scarce and dear (America), machines won. The technology was the same; what differed was the situation.

The life of the workers

That same flood of cheap labour, which suited the owners so well, was hard on the workers. Their lives were marked by one constant shadow: the fear of not finding work.

As word of jobs spread to the countryside, hundreds of people walked to the cities. But getting a job was far from certain. Often it depended on whom you knew. If you had a friend or a relative already working in a factory, you might get in quickly. If you had no such connection, you could wait for weeks, sleeping under bridges or in night shelters set up by charities or the Poor Law authorities.

Then there was the seasonal nature of work. After a busy season ended, many workers were thrown back onto the streets with nothing. Wages did rise a little in the early 1800s, but that tells us little, because what mattered was how many days you actually got work. In bad times — like the slump of the 1830s — the share of people without work in some regions rose to anywhere between 35 and 75 per cent. Imagine that: in some places, three out of every four people had no job.

This deep fear of unemployment is exactly why workers came to hate new machines. To us, that seems strange — surely a machine that does the work faster is a good thing? Not if you are the worker the machine replaces. The clearest example is the Spinning Jenny.

So when the Spinning Jenny was brought into the woollen industry, the women who survived by spinning thread by hand began attacking the machines. This conflict went on for a long time. It is a clear, human example of the chapter’s deeper point: a new machine is “progress” for the owner, but it can be disaster for the worker it replaces. After the 1840s, when lots of building work (railways, roads, tunnels, drains) opened up new jobs, things eased a little — the number of transport workers doubled in the 1840s, and doubled again over the next 30 years.

Industrialisation in the colonies — what happened to India

Now we cross over to the second story: India, the colony. Before machines, India was a giant of the cloth world. By the end of this story, its weavers are ruined. Let us see, step by step, how that happened — because NCERT states the collapse but the why is the most important part.

The age of Indian textiles

Long before machine industries, silk and cotton goods from India ruled the world cloth market. Coarse cotton was made in many countries, but the finer cloth usually came from India. Indian textiles travelled everywhere — carried on camel-back across the north-west mountain passes to Afghanistan, Persia and Central Asia, and shipped by sea from busy ports. Surat on the Gujarat coast linked India to the Gulf and Red Sea. Masulipatam on the east coast and Hoogly in Bengal traded with South-East Asia.

A whole network of Indian merchants and bankers ran this trade — financing the weavers, giving them advances, collecting the cloth from weaving villages, and supplying it to the ports. But from the 1750s, this Indian-run network began to break down. The European companies were gaining power. They got special trading rights from local rulers, and slowly squeezed out the Indian merchants. The old ports of Surat and Hoogly declined, while the new ports of Bombay and Calcutta — controlled by European companies — grew. The trade through Surat collapsed: it had been worth Rs 16 million in the late 1600s, but slumped to just Rs 3 million by the 1740s.

What happened to the weavers under the Company

At first, even after the East India Company gained power, Indian cloth exports did not fall. British factories had not yet grown, and Indian fine cloth was still in great demand in Europe. So the Company actually wanted more Indian cloth. But it wanted full control over the weavers, so it could fix low prices and stop competition. It did this in two main ways.

First, it appointed a paid servant called the gomastha — a supervisor who watched over the weavers, collected the cloth, and checked its quality. Second, it tied the weavers down with the system of advances: weavers were given loans to buy raw material, but in return they had to hand over all their cloth only to the gomastha, and could not sell to any other buyer.

This destroyed the weaver’s freedom. Earlier, weavers could bargain and sell to whoever paid the most. Now they were trapped. The price the Company paid was miserably low, and the loan tied them to the Company. Worse, the old supply merchants had lived in the weaving villages and helped the weavers in hard times. The new gomasthas were outsiders. They marched into villages with sepoys (Indian soldiers serving the British) and beat and flogged weavers for any delay. In many places, weavers revolted, deserted their villages, or simply gave up weaving and became farm labourers. And then, by the start of the 1800s, came an even bigger blow.

Manchester comes to India — and why the weavers were ruined

In 1772, a Company official named Henry Patullo had confidently said that demand for Indian cloth could never fall, because no other nation made cloth of such quality. He was completely wrong. From the early 1800s, India’s cloth exports began a long, steep decline. The numbers tell the story: cloth was 33 per cent of India’s exports in 1811-12, but only 3 per cent by 1850-51.

Why did this happen? This is the most important “why” in the chapter, so let us build it carefully. Three blows hit Indian weavers at the same time.

Blow one: tariffs in Britain. As cotton factories grew in England, the British industrialists got worried about cloth coming in from other countries. So they pushed their government to put high import taxes (called tariffs) on cloth entering Britain. The result: Indian cloth could no longer be sold cheaply in Britain. Its biggest export market was slammed shut.

Blow two: cheap cloth dumped in India. At the same time, the industrialists pushed the East India Company to sell British cloth inside India. And British machine-made cloth was very cheap. So it poured into India and flooded the markets. At the end of the 1700s there had been almost no British cloth coming into India. But by 1850, British cloth was over 31 per cent of India’s imports, and by the 1870s over 50 per cent. Indian hand-weavers, working by hand, simply could not make cloth as cheaply as the British machines. They could not compete.

Blow three: raw cotton drained away. India was now pushed into a new role — not to make cloth, but to supply raw cotton to British factories. Then in the 1860s, the American Civil War broke out and cut off America’s cotton supply to Britain. So Britain turned to India for raw cotton. Indian raw cotton exports shot up, and the price of raw cotton rose sharply. Now the Indian weaver, already struggling, had to pay sky-high prices for the very cotton he needed to weave. Weaving could no longer pay.

So the weaver was squeezed from every side at once. His export market was shut, his home market was flooded with cheap British cloth, and his raw material became too costly. Figure 4.3 below lays out all three blows and the result.

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Read this figure carefully, because it is the heart of the India story. Notice that none of these three blows was an accident of nature. Each one was a choice made by Britain to suit Britain — and India, being a colony, had no power to refuse. That is the difference colonialism made. Britain industrialised; India was de-industrialised.

Factories come up in India

The picture was not all loss. From the mid-1800s, Indians began setting up their own factories. The first cotton mill came up in Bombay in 1854. Jute mills came up in Bengal from 1855. A cotton mill started in Ahmedabad in the 1860s, and Kanpur’s Elgin Mill around the same time. Then a natural question arises: where did the money to build these factories come from?

The answer is a fascinating one: it came from trade. India’s early factory owners did not start as industrialists. They started as traders who earned money, saved it up, and then turned that saved money (called capital) into mills. And much of that money came from one place in particular: the China trade.

Several famous business families followed exactly this path. In Bengal, Dwarkanath Tagore made his fortune in the China trade, then set up six companies in the 1830s and 1840s. In Bombay, Parsis like Dinshaw Petit and Jamsetjee Nusserwanjee Tata built huge industrial empires, with money partly from the China trade and partly from shipping raw cotton to England. Seth Hukumchand, a Marwari, set up the first Indian jute mill in Calcutta in 1917. And the elders of the famous industrialist G. D. Birla also traded with China. Figure 4.4 below traces this trade-to-industry path.

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But Indian business was hemmed in on every side by colonial rule. Indians were barred from trading finished goods with Europe, and pushed to export only raw materials (raw cotton, opium, wheat, indigo). The biggest industries were controlled by European Managing Agencies — firms like Bird Heilgers, Andrew Yule, and Jardine Skinner — who raised the capital and made all the decisions. Indian financiers often put up the money, but the Europeans ran the show. Indian businessmen were not even allowed to join the European chambers of commerce.

Where did the workers come from?

Factories needed workers, and as factories grew, so did the demand. In 1901 there were 584,000 factory workers in India; by 1946 the number was over 2,436,000. Where did they all come from?

Mostly from the nearby districts. Peasants and craftspeople who could not find work in their village walked to the industrial centres. Over half the workers in the Bombay cotton mills in 1911 came from the single neighbouring district of Ratnagiri. Most workers kept a strong link with their village — they would return home for the harvest and for festivals, then come back to the mill.

But getting a job was always hard, because there were always far more job-seekers than jobs. Entry into the mills was controlled by a man called the jobber. The jobber was usually an old, trusted worker. The owner used him to find new recruits. The jobber brought people from his own village, got them jobs, and helped them settle in the city. This made him powerful — and many jobbers began to demand money and gifts in return for a job, and to control the workers’ lives. So even getting work depended on pleasing this gatekeeper.

The peculiarities — small-scale production survived and grew

Here is the chapter’s final twist, and it ties back to where we began. We expect that once big factories rose, the old hand-made, small-scale production would simply die out. It did not. In fact, in many cases, handicraft production actually grew in the twentieth century.

Take the handloom weavers. Cheap machine-made thread did wipe out the hand-spinners in the 1800s. But the hand-weavers survived, and handloom cloth production almost trebled between 1900 and 1940. How did weavers manage to survive against the mills? Two main reasons.

First, small new tools helped. Weavers adopted cheap improvements that raised their output without big costs — for example, the fly shuttle, a simple rope-and-pulley device that let one weaver work a larger loom and weave wider cloth faster. By 1941, over 35 per cent of Indian handlooms had a fly shuttle (70 to 80 per cent in some regions). Second, some weavers wove special cloth that mills could not copy — saris with woven borders, the famous Banarasi and Baluchari saris, the lungis and handkerchiefs of Madras. The rich kept buying these fine goods even in hard times, so demand for them stayed steady, while demand for cheap cloth swung wildly with good and bad harvests.

But surviving did not mean living well. These weavers worked very long hours, and the whole family — women and children too — had to work at different stages. They were poor and their lives were hard. Yet they were not just leftovers from the past. Their hand-labour was a real and living part of how India industrialised. So across the whole chapter, in Britain and in India, the lesson repeats: the age of factories never fully replaced the hand. Small-scale production lived on, beside the machines.

Creating the market — labels, calendars and advertisements

We have seen how goods were made. But there is one last problem the chapter wants you to notice. When you make a brand-new product, there is a hidden difficulty: people do not yet want it. A market does not just exist on its own. You have to create it — you have to make people want to buy. This is the “why” behind all advertising, and it is easy to miss.

Think about it. If you invent something nobody has ever used, no one is asking for it. So before they buy, you must first make them feel they need it, or that it is good, or that it suits people like them. That work of changing people’s minds is what advertisements do. And they have been doing it since the very start of the industrial age. Let us see the three clever tools the sellers used. Figure 4.5 below shows all three together.

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The first tool was the label. When Manchester sellers sent cloth to India, they stuck a label on each bundle. The label did several jobs at once. It told the buyer where the cloth came from and who made it. The bold words “MADE IN MANCHESTER” were meant to be a mark of quality — to make the buyer feel confident. And the labels carried beautiful images, very often of Indian gods and goddesses like Krishna, Lakshmi or Saraswati. Why put an Indian god on British cloth? For two reasons: the god’s image gave a feeling of divine approval to the product, and it made the foreign cloth feel familiar and acceptable to Indian buyers.

The second tool was the calendar. From the late 1800s, manufacturers printed calendars to push their products. This was a brilliant idea. Unlike a newspaper, a calendar works even for people who cannot read. It was hung in tea shops, in poor homes, in offices alike. And whoever hung it had to look at the advertisement every single day, all year long. Again, gods were shown on these calendars, selling new products day after day.

The third tool was the image of kings and important people. Emperors, nawabs and famous figures were placed on labels and calendars. The hidden message was: if you respect this royal figure, respect this product too; if a king uses it, its quality cannot be doubted.

And Indians turned these very same tools to their own purpose. When Indian manufacturers advertised, they added a nationalist message, loud and clear: if you care for the nation, buy goods that Indians make. The advertisement became a carrier of the swadeshi message — use things made in India. So the same tool that sold foreign cloth could also be used to fight back against it.

Common Mistakes

Before the practice, let us clear up four ideas that students very often get wrong in this chapter.

Quick Check

Practice Problems

Easy

Medium

Challenge

Before the summary, here is the whole story of industrialisation on one timeline — Britain’s machines above the line and India’s mills below it:

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Summary

You should now be able to explain:

• Proto-industrialisation was large-scale production for a world market BEFORE factories. In the putting-out system, merchants gave money and raw material to peasant families who made goods by hand in their own homes.
• The factory came to Britain in the 1700s, starting with cotton. Arkwright’s mill brought machines and workers under one roof, so the owner could supervise the work, check quality and use powerful machines.
• Change was slow. Machines were costly and broke down (only about 321 steam engines in all of England around 1800), and most goods were still made by hand.
• British owners often preferred hand labour, because workers were cheap and plentiful, demand was seasonal (so machines would sit idle), and the rich wanted varied hand-made goods.
• Workers lived in fear of unemployment, and feared machines that replaced them — as seen in the attacks on the Spinning Jenny.
• In the colony of India, weavers were ruined by three blows together: British tariffs shutting Indian cloth out of Britain, cheap Manchester cloth dumped into India, and India forced to export costly raw cotton. India became a supplier of raw material and a market.
• Indians later built factories, using money first earned in trade (the China trade) — Tagore, the Parsis (Tata, Petit), the Birlas. Workers came mostly from nearby districts, recruited through the jobber.
• Small-scale handicraft production survived and even grew (handloom cloth trebled, 1900-1940), helped by tools like the fly shuttle and by special cloth mills could not copy.
• Sellers had to create demand for new goods through advertisements, labels (“Made in Manchester”) and calendars — which Indians later turned into a swadeshi message.

What’s Next

You have just seen how machines, factories and advertisements reshaped the world of goods. The next chapter, Print Culture and the Modern World, looks at another world-changing technology — the printing press. You will learn how the move from hand-copied manuscripts to printed books spread ideas faster than ever before, how cheap print reached ordinary people, and how the printed word helped fuel new ideas, debates, reform and even revolutions. Just as the factory changed how things were made, the press changed how ideas were spread — and both helped create the modern world you live in.