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Robert Stephenson  (1803–1859)

Signature of Robert Stephenson, 1847

Did you know?

60% of the world’s railways use the Stephenson’s ‘standard’ gauge of 4ft81/4in 

Civil and mechanical engineer

Robert Stephenson built on the considerable achievements of his father, George. His forward thinking enabled the significant expansion of railways during the ‘railway mania’ of the mid nineteenth century. His expertise in both civil and mechanical engineering established the concept of the railway which developed in this country, and was then exported to the world. 

Robert Stephenson, the only son of George Stephenson was born on 16 October 1803. Times were hard for the Stephenson family, often living in one room dwellings while George worked on various machines at different collieries and mills. Despite this, George made sure that Robert received a full education, the quality of which increased with the father’s fortunes. After leaving the Bruce Academy in Newcastle in 1819, the young Robert was taken on as an apprentice mining engineer at Killingworth Colliery. With his increasing understanding of engineering, he helped his father in surveying the Stockton & Darlington Railway line, experience which led him to assist in the first surveys of the Liverpool & Manchester Railway.

 

Railway Mania

After the successful opening of both the Stockton & Darlington Railway and the Liverpool & Manchester Railway, Robert was in demand as a railway engineer. During the years of ‘railway mania’ during the 1830s and 1840s, he was appointed engineer to a great number of railways in the midlands, north of England and north Wales. His first major commission was the London & Birmingham Railway; opened in 1838 it was the first railway into London. With its terminus at Euston it went north west to Birmingham Curzon Street, forming a junction with the Grand Junction Railway and connecting the new line with the cities of Liverpool and Manchester. Works at Kilsby Tunnel (near Rugby) and the cuttings at Tring and Roade were major civil engineering undertakings. For the Chester & Holyhead Railway and the Newcastle & Berwick Railway he designed four very notable and different railway bridges, all of which are still in use today. The highly distinctive Conway (1848) and Britannia (1850) bridges in North Wales both incorporated box section wrought iron tubes. The High Level Bridge (1849), between Newcastle and Gateshead carried both a railway and a roadway from the outset on cast iron spans, while the Royal Border Bridge (1850) was a simple masonry structure.

 

Locomotives and the Rainhill Trials

Robert Stephenson & Co, Newcastle was established by George Stephenson in 1823, Robert being the firm’s managing partner. Foreseeing the demand for steam engines for the new railway, it was the first locomotive works in the world. The firm completed its first steam engine Locomotion just in time for the ceremonial opening of the Stockton & Darlington Railway in September 1825.

As early as 1822 while working on the Liverpool & Manchester Railway, Robert Stephenson strongly advocated the use of ‘travelling’ rather than fixed engines on the line, despite the preference of both the company directors and his father George for a fixed arrangement. After his return from South America in 1827, Robert found the question still under debate. The Directors proposed a competition to decide the best mode of traction for their new railway. Robert Stephenson & Co entered their locomotive Rocket into the Rainhill Trails in October 1829. It won, and convinced a watching world that locomotives were the future for the new railway. Robert Stephenson continued to improve on Rocket’s design, its multi-tubular boiler providing the template for steam locomotives built worldwide during the 19th and 20th centuries.

 

Railways for the world

With his growing reputation for railway engineering, both civil and mechanical, Robert Stephenson was able to travel abroad on various consultancies for overseas railways during the 1840s and 1850s. His most notable structures were all tubular bridges; the Victoria Bridge over the St Lawrence River in Montreal, and bridges over the Nile for the Egyptian Railway between Alexandria and Suez via Cairo. As either chief engineer or consultant to railway projects his work influenced the development of railways in Belgium, Switzerland, Norway, Denmark, Italy, and India. It is no coincidence that these railways made use of the Stephenson ‘standard’ gauge and had locomotives designed and built by Robert Stephenson & Co, Newcastle. By the time of his death, Robert Stephenson had received honours from many of the countries that had made use of his engineering talents; his vision of the railway had been taken to the world.

 
 

1803

16 October: Robert Stephenson is born at Willington Quay, near Newcastle upon Tyne, the only son of George Stephenson.

 

1804

Robert and his father George move to Killingworth. Robert attends the local parish school.

 

1806

14 May: Robert’s mother dies.

 

1815

Robert is sent to Bruce’s Academy, Newcastle on Tyne to receive a formal education.

 

1819

Robert is apprenticed at Killingworth Colliery.

 

1821

Robert assists his father George on surveying the Stockton & Darlington Railway.

 

1822

Robert assists with the first survey of the Liverpool & Manchester Railway. He advocates the use of ‘travelling’ rather than fixed engines on the new line. He studies at Edinburgh University for six months, taking classes in mathematics, chemistry and geology.

 

1823

Robert becomes managing partner of locomotive builders Robert Stephenson & Co in Newcastle, the first locomotive company in the world.

 

1824

18 June: Robert travels to Colombia as engineer to the Colombian Mining Association. He meets Richard Trevithick on the return journey in 1827. December: George Stephenson establishes the firm George Stephenson & Son, ‘an office for engineering and railway surveying’. Robert, although in Colombia, is appointed its chief engineer.

 

1825

27 September: the Stockton & Darlington Railway opens using locomotives from the firm Robert Stephenson & Co.

 

1827

December: Robert returns to Britain and assists his father George with construction of the Liverpool & Manchester Railway. Based in Newcastle, Robert focuses on the locomotives that would run on the line.

 

1829

October: Robert Stephenson & Co’s locomotive Rocket wins the Rainhill Trials. The Liverpool & Manchester Railway place orders with the company for more engines. 17 June: marries Frances Sanderson

 

1830

Robert is appointed to survey a line between London and Birmingham. He becomes a member of the Institution of Civil Engineers

 

1833

The London & Birmingham Railway is authorised. Robert is appointed chief engineer responsible for all aspects of building the railway. Robert and his wife move to London.

 

1837

Robert establishes an office in Great George Street, London.

 

1838

The London & Birmingham Railway is opened, his tunnels at Kilsby and Primrose Hill being major civil engineering works on the line.

 

1842

4 October: Robert’s wife Frances dies.

 

1846

Stephenson contributes to the debate known as ‘the battle of the gauges’. The Gauge Act is passed making Stephenson’s’ 4ft81/4in gauge the standard in Britain, which is later adopted worldwide.

 

1847

30 July: Robert becomes Tory MP for Whitby, representing the town until his death.

 

1849

Conway railway bridge, the first tubular bridge using wrought iron plates opens.

 

1849

High Level bridge, Newcastle opened by Queen Victoria.

 

1849

-1853 President of the Institution of Mechanical Engineers.

 

1850

The Royal Border Bridge, Berwick is opened by Queen Victoria. The Britannia Bridge, North Wales opened Robert declines a knighthood.

 

1851

Appointed chief engineer to the Egyptian Railway, constructed between Alexandria and Cairo in Egypt. The railway opens in 1853. Bridge that crosses the Nile. Appointed chief engineer to the Christiania (Oslo) to Miosen Lake Railway.

 

1851

Appointed royal commissioner for the Great Exhibition in London.

 

1853

Robert goes to Canada where he designs a tubular bridge crossing the St. Lawrence River at Montreal.

 

1855

Awarded the gold medal of honour at the Paris Exhibition for his invention of tubular plate railway bridges (the Britannia Bridge and others in Canada and Egypt).

 

1856

Robert appointed President of the Institution of Civil Engineers.

 

1859

Robert’s tubular Victoria bridge over the St Lawrence River in Montreal is completed. It was for many years the longest bridge in the world (6650ft).

 

1859

12 October: Robert dies in London and is buried in Westminster Abbey

 
Front elevation and end towers

Britannia Bridge, North Wales | Bridges and Viaducts

The Britannia Bridge made use of Robert Stephenson’s iron tubular bridge design. When built it had the longest continuous wrought iron span in the world. Devastated by fire in 1970 the bridge was rebuilt using the masonry supports in Stephenson’s original structure. 
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High Level Bridge side elevation

High Level Bridge, Newcastle upon Tyne | Bridges and Viaducts

When the High Level Bridge at Newcastle opened in 1849, it was an important part of the railway promoters’ objective to create a continuous line that would run from London to Edinburgh. Designed by Robert Stephenson, the bridge was to combine rail and road traffic, and was the first in the world to do so. 
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Tweed Contract South Abutment &c of the Tweed viaduct

Royal Border Bridge, Berwick upon Tweed | Bridges and Viaducts

The Royal Border Bridge was the last link in completing a continuous railway line running between London and Edinburgh. Designed by Robert Stephenson, the bridge was a more traditional masonry structure than its contemporaries the High Level and Britannia bridges, but it is one that has stood the test of time.
Read more

 

Seal of the Newcastle and Berwick Railway, 1845

Newcastle and Berwick Railway | Companies

A short lived company, the Newcastle and Berwick Railway was responsible for the construction of a crucial part of today’s east coast mainline. 
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North British Railway crest

North British Railway | Companies

From a modest start, the North British Railway provided a vital link in building an east coast mainline that would stretch from London to Aberdeen. Engineering on its railway lines was often pioneering and included the first major works in Britain to be made of steel and of concrete. Their bridges over the Tay, the Forth and their viaduct at Glenfinnan are major parts of the Scotland route today.
Read more

 

Signature of George Stephenson, 1847

George Stephenson  (1781 - 1848) | People

The combination of George Stephenson’s achievements in both civil and mechanical engineering has directly influenced much of our railway infrastructure. He foresaw a national network of lines, running at a ‘standard gauge’ with minimal gradients. Routes he surveyed and structures he designed and built are still in use today. For this pioneering work he is known as the father of the railways. 
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Comments & Suggestions (3)

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Did you know why Stephenson came up with the (seemingly odd) gauge of 4' 8" plus a quarter? It was the standard gauge for wagon tracks in classical Rome, and had continued in use ever since. That's what I have long understood, but I cannot give chapter and verse. 

Posted by Martin Powys, Thursday, March 15, 2012.


 I think you will find that it was George who promoted the 4'81/2" gauge - but no matter - many "urban miths" about this: 1. distance between wheels on Roman chariot 2. distance between behinds of two horses yorked together 3. Northumbrian Cart tracks 4. Most waggon ways built in north east etc etc

Posted by Robert Stephenson, Monday, April 29, 2013.


 Yes, I did come up with the rail guage.

Posted by George Stephenson, Thursday, January 30, 2014.


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See also

Signature of IK Brunel, 1852

Isambard Kingdom Brunel

Isambard Kingdom Brunel is celebrated as an engineering genius. Brunel’s Great Western Railway was designed for speed and efficiency, and his daring schemes and record breaking structures are still a vital part of today’s railway infrastructure. He combined considerable ingenuity with immense boldness of vision in his sometimes controversial achievements. Read more


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