Industrial Lincolnshire (1850–1914)

The railway age gathers speed (c. 1850–1880)

By 1850, railway builders had already laid the first tracks into Lincolnshire. During the following decades, engineers extended the routes and strengthened national connections. Between 1850 and 1852, railway companies completed the main lines linking Lincolnshire with London and Peterborough.

Labourers laid further tracks to Sleaford in 1857 and reached Boston in 1859. Locomotives hauled coal, machinery and agricultural produce across the growing network, connecting Lincolnshire more closely with markets across Britain.

The railways also made Lincolnshire easier for people to reach. Skegness was still a small fishing and farming village when plans for a new seaside resort were drawn up in 1868.

The railway reached the coast in 1873, bringing increasing numbers of visitors. The ninth Earl of Scarbrough responded to the growing summer trade by developing his land for the resort. From 1877, builders created a sea wall, new streets and pleasure grounds.

Skegness showed how railway expansion could reshape a Lincolnshire community as well as carry goods beyond the county. By around 1880, the network was moving produce, materials, workers and visitors over greater distances, while engineering firms gained better access to markets and supplies.

Poetry and logic reach a wider world (c. 1850–1854)

By the middle of the nineteenth century, two men with deep Lincolnshire roots had carried their work far beyond the county. Alfred Lord Tennyson (1809–1892) grew up at Somersby in the Lincolnshire Wolds and published some of his earliest poetry in Louth.

Tennyson left Lincolnshire in 1837, but the county remained part of the background to a literary career that eventually reached a national audience. In 1850, Tennyson published In Memoriam and was appointed Poet Laureate by Queen Victoria.

George Boole (1815–1864) followed a very different path. Born in Lincoln, the largely self-taught mathematician taught in the city and developed much of his early mathematical work there.

Boole left Lincolnshire in 1849 to become the first Professor of Mathematics at Queen's College Cork. In 1854, Boole published An Investigation of the Laws of Thought, setting out the algebraic logic that later became fundamental to digital computing.

Tennyson and Boole worked in completely different fields, but both carried Lincolnshire beginnings into much wider worlds. One became a leading national poet, while the other developed ideas that eventually influenced mathematics and computing across the world.

Their careers showed that Lincolnshire's growing reach was not confined to goods and industry. Its people and ideas were also travelling far beyond the county.

From farm workshops to factory giants (c. 1850–1880)

Lincoln's engineering foundries grew directly from workshops built to meet the demands of intensive local farming. Clayton & Shuttleworth established its Lincoln works in 1842 and began manufacturing portable steam engines in 1845.

During the nineteenth century, the firm expanded its Stamp End works to produce threshing machines and steam equipment in high volume. Other engineering businesses expanded alongside the firm, turning Lincoln into a centre for mechanical manufacturing.

William Foster manufactured mill machinery before converting his premises into an iron foundry in 1856. Joseph Ruston entered the trade in 1857, bringing capital and commercial direction to the business that became Ruston, Proctor & Co.

Robey & Co. added further capacity by producing traction engines and generating equipment. These expanding factories required thousands of workers.

Men left the surrounding agricultural districts and migrated into Lincoln to secure skilled engineering employment. Builders erected rows of brick terraced housing south of the city centre, placing families close to the foundries and railway sidings.

Between 1871 and 1881, Lincoln's population surged by nearly 40%. By around 1880, the farm workshops had become factory giants, supported by a rapidly expanding urban workforce.

Grimsby and the great maritime boom (1848–1914)

Railway companies reached Grimsby in 1848, providing the transport link required to move fresh fish inland. Engineers constructed the Royal Dock in 1852 for commercial shipping, then labourers excavated No. 1 Fish Dock in 1857 for the expanding fishing fleet.

The docks and railway operated as a single industrial system. Fishermen landed catches at the quayside, dockworkers loaded fish onto railway wagons, and trains carried the fresh catches inland to London and northern markets.

To preserve fish over longer journeys, merchants imported thousands of tons of Norwegian natural ice by ship. Smack owners formed the Grimsby Ice Company in 1863, and builders opened No. 2 Fish Dock in 1877–78 as the fleet grew.

During the late nineteenth century, steam trawlers began replacing sailing smacks. Steam power allowed crews to reach distant northern waters, including the grounds off Iceland, without relying on favourable winds.

George Sleight demonstrated the scale of the commercial expansion. He began his working life gathering cockles on the Grimsby shore and eventually built one of the largest fleets of steam trawlers in the world.

Engineers built an artificial ice factory at the docks in 1900–01 to meet demand for preservation. The factory sent block ice along overhead gantries to fish-packing sheds, while rope makers, net weavers and fish curers worked around the quaysides.

By 1914, Grimsby operated as a fishing centre of exceptional international importance. The railway carried around 170,000 tons of fish from the port each year, linking the fishing industry to markets across Britain.

Scunthorpe's fiery birth from ironstone fields (1859–1914)

Beneath the agricultural fields around Scunthorpe lay large deposits of ironstone, rock containing enough iron to be smelted for iron production. Much of the ironstone lay relatively close to the surface, making it easier to extract in open quarries.

Quarrymen began large-scale commercial extraction in 1859. Early transport by horse and cart proved cumbersome, so landowner Rowland Winn promoted construction of the Trent, Ancholme and Grimsby Railway during the 1860s.

The new tracks allowed industrialists to smelt the ore locally. The Dawes brothers established the Trent Ironworks in 1864, lighting blast furnaces beside the railway.

The furnaces required heavy manual labour. Workers arrived from outside the district, and builders constructed rows of brick houses at New Frodingham during the mid 1860s for the incoming families.

The new settlement opened a school in 1867, showing New Frodingham developing beyond rows of houses into a more established settlement. As iron production expanded, local steelmaking began around 1890.

Before 1914, agricultural fields still separated five distinct settlements. Scunthorpe, Frodingham, Crosby, Brumby and Ashby had not yet been formally amalgamated.

The formal amalgamation of the five settlements lay ahead in 1919, but blast furnaces, railways and terraced streets had already laid the physical foundations of modern Scunthorpe.

New voices and a new Lincoln icon (c. 1880–1900)

During the late nineteenth century, women began challenging established limits on public participation. Emily Langton Massingberd spoke publicly for women's suffrage in 1882.

Massingberd inherited Gunby Hall in 1887 and used her position to campaign for women's rights and temperance. In 1889, Massingberd stood for the Partney county council seat, losing the election by only 20 votes.

Massingberd subsequently founded the Pioneer Club in London in 1892, providing women with a dedicated space for political and social debate.

While Massingberd put a new voice into public life, James Ward Usher put an old Lincoln image into new hands. Usher ran a jewellery business in Lincoln and installed a private electricity-generating plant in the shop in 1886.

Seeking a novelty to sell to visitors, Usher commercialised the medieval Lincoln Imp carving during the late 1880s and early 1890s. Usher manufactured Imp brooches, spoons and pins, displaying the objects in electrically lit shop windows.

Customers purchased the jewellery and carried the image far beyond the city. Usher did not invent the medieval carving, but his merchandise turned the stone figure into a recognisable modern symbol of Lincoln.

By around 1900, Massingberd's campaigning had brought new political voices into public life, while Usher's jewellery was carrying a new commercial image of Lincoln beyond the city.

Lincolnshire engineering goes global (c. 1880–1900)

By around 1880, Lincolnshire's engineering firms operated large factories and used the railway as standard infrastructure. The companies increasingly sold machinery far beyond Britain.

Clayton & Shuttleworth established branches across Europe and exported portable steam engines to South America and Africa. William Foster & Co. had already opened branches in Budapest and Romania by 1869.

Overseas orders supported large workforces back in Lincolnshire. The export trade also extended beyond Lincoln into the wider county.

In Gainsborough, Marshall, Sons & Co. expanded the Britannia Iron Works to cover 16 acres. By 1885, Marshall employed nearly 1,900 workers in the town.

The Britannia Iron Works manufactured threshing machines, boilers and agricultural equipment. Railway wagons carried heavy machinery away from the manufacturing towns towards international ports, where dockworkers loaded the equipment onto ships.

The portable engines and threshing machines eventually operated in distant farming regions across several continents. The engineering industry still grew directly from machinery originally developed to answer agricultural needs.

By 1900, Lincolnshire engineering had gone global.

From oil engine to crawler track (1891–1905)

While Lincoln firms exported steam machinery, Grantham engineers developed new forms of internal-combustion power. Herbert Akroyd-Stuart patented an early compression-ignition heavy-oil engine in 1890.

Unlike a traditional steam engine, which required an external fire and a heavy boiler to generate steam, the new engine burned heavy oil directly inside the cylinder.

Akroyd-Stuart needed a manufacturer capable of producing the engine in quantity. Richard Hornsby & Sons acquired the manufacturing rights in 1891 and began commercial production of the Hornsby-Akroyd engine in 1892.

Hornsby manufactured the machines for industrial and agricultural customers. The firm's engineers subsequently applied heavy-oil power to agricultural traction, building an oil-powered tractor in 1896.

The Grantham firm then tackled the problem of moving heavy vehicles across soft ground. David Roberts, Hornsby's managing director, designed a continuous track system to spread the weight of the machine across the earth.

Roberts patented the crawler-track arrangement in 1904. By 1905, Hornsby was developing military tractors, and the War Office subsequently tested a tracked version in 1907.

Grantham engineers were experimenting with tracked heavy vehicles years before the First World War, replacing traditional wheels with continuous iron tracks.

The machines of peace turn to war (c. 1900–1914)

By 1900, decades of industrial growth had transformed parts of Lincolnshire. Lincoln and Gainsborough possessed major engineering works, Scunthorpe produced iron and steel, Grantham developed advanced machinery, and Grimsby combined a large fishing fleet with docks and railway connections.

Industrial growth also changed where people lived and worked. Families moved from agricultural districts towards expanding industrial towns, while new housing and services grew around factories, docks and ironworks.

By 1911, Lincoln alone had 7,672 men working in general engineering and machine making. Across the county, industrial employment supported larger communities whose livelihoods increasingly depended on factories, docks and heavy industry.

The county's industries remained overwhelmingly civilian. Engineering firms built machinery for agriculture and overseas markets, Grimsby's trawlers worked the fishing grounds, and Scunthorpe's furnaces supplied iron and steel.

Military authorities had already begun noticing the potential of some civilian technology. In 1907 and 1908, naval officers tested Grimsby trawlers for minesweeping because their crews had practical experience handling heavy cables and winches at sea.

By the summer of 1914, Lincolnshire possessed factories, skilled workers, steel production, railways, docks and heavy engineering developed during more than 60 years of industrial expansion. None had been created for a European war.

Across Lincolnshire, industries built for agriculture, fishing and trade now possessed skills, machinery and resources that could serve a very different purpose. Europe stood on the edge of war.

Lincolnshire's industrial revolution had equipped a nation. Now it would help defend one.