George Stephenson

By Emeka Obi

George Stephenson was born in 1781 in Wylam, Northumberland, in a miner's cottage beside a wooden wagonway, the son of an illiterate engineman who tended a Newcomen pumping engine. He grew up among coal, engines, and rails; at fourteen he was an engineman's assistant, at seventeen in charge of an engine, teaching himself to read at night school between shifts. The Killingworth colliery made him engine-wright, and in 1814 he built his first locomotive, the Blücher, to haul coal wagons — clanking, slow, but it worked, and the mine owners noticed.

The Stockton and Darlington Railway, opened in 1825, was the world's first public railway to use steam locomotives — Stephenson its engineer, his Locomotion No. 1 hauling the opening train. Then came the Rainhill Trials of 1829: the directors of the Liverpool and Manchester Railway offered £500 for a locomotive that could meet their terms, and Stephenson's Rocket — built with his son Robert — won outright, hitting 24 miles per hour and hauling thirteen tons. The Rocket's secrets were the multitubular boiler, with twenty-five copper tubes carrying hot gas through the water for vastly more heating surface, and the blastpipe, which used exhaust steam to draw the fire — the two devices that made the locomotive practical, and they stayed in locomotives for a century. The Liverpool and Manchester opened in 1830 to global astonishment: passengers, freight, timetable, thirty miles in under two hours.

Stephenson spent the 1830s as the most consulted engineer in Britain, surveying lines across the country, fighting the broad-gauge challenge of Brunel, standardizing the 4-foot-8½-inch gauge that became the world's standard. He died in 1848 at Tapton House, Derbyshire, rich and famous — the "Father of Railways." He had not invented the locomotive or the railway alone; Trevithick, Hedley, and others share the lineage. But Stephenson made the railway a system — locomotive, track, timetable, gauge — and the system conquered the world. The gauge he laid became the world's. Stephenson's 4-foot-8½-inch — inherited from the wagonways of the northeast coalfield, where cart wheels had rutted the roads to that width — was carried by his locomotives and his pupils to every continent; Brunel's broad gauge, technically superior, died with the Great Western's conversion in 1892. His son Robert became the greater locomotive builder, his Rocket's multitubular boiler the standard for a century. Stephenson the elder ended as a country gentleman at Tapton, breeding flowers and measuring the striations of rocks, a geologist in his spare hours. The cottage at Wylam where he was born is a museum; the gauge he chose still carries most of the world's trains.

Impact on civilization

The railway was the first technology to move people and goods faster than a horse, and the world reorganized around the fact. Freight costs collapsed — coal, grain, and manufactured goods could travel a hundred miles for pennies — so markets that had been local became national, and nations that had been collections of regions became single economies. Passengers followed freight: the railway invented commuting, the seaside holiday, the business trip, and the standardized time the timetable demanded — railway time became national time. Cities swelled at the termini; ports, mines, and factories relocated to the lines; wars were fought by rail-borne armies on rail-built schedules. The railway also taught the industrial world its organizational grammar: the large corporation, the salaried manager, the standardized gauge, the timetable — the template of modern big business was a railway company. Stephenson's system shrank every country it touched and stitched the nineteenth century together.