Corby manufacturing history

 Corby was a rural Northampton village with a history going back before the Domesday Book. As with so many places, it was the railway that changed this settled and prosperous way of life, but in a quite different way.

The railway was being built between Kettering and Manton and accommodation had to be found for railway workers and their families, much of this in the little village of Corby. The surveyors for the railway found copious quantities of clay suitable for brick making and then iron ore but with too high a phosphorus content to make it suitable for steel making. A refinement of the Bessemer process and the addition of the Siemens/Martin open hearth process changed this and, with the discovery of really large reserves of ore, Corby was destined to become a major centre of iron and steel. In the meantime bricks were produced from the local clay for use on the railway and elsewhere.

The beginning was through the Lloyd Ironstone Company which leased reserves from the Brudenell family and ore was shipped for smelting in the West Midlands. Lloyds then built blast furnaces at Corby and during the First World War the Ministry of Munitions added a third furnace. Yet by 1920, the Corby iron industry only employed 800 people.

The sea change came when Stewarts & Lloyds bought Lloyds Ironstone and put forward a proposal for the creation of a massive integrated steel tube plant at Corby. In his book Corby Works A Town in Action R.W. Shakespeare writes of its scale: 26,000 acres, workforce of 4,000 and capacity of over a million tons of iron a year converted onsite into steel for the manufacture of steel tubes. The company built 2,000 houses for its workforces many of whom came from the Clydesdale plant it had closed. More Scots followed, making Corby sound like a Scottish lowland town.

The Corby works produced many miles of tubing for the PLUTO pipeline supplying the advance across northern France following D Day. In 1950, Corby was designated a new town and expanded to a population target of 45,000. The steel industry continued to prosper into the sixties.

I write in Vehicles to Vaccines of the painful contraction of British steel making and Corby was one of the major victims. It had come to life when demand was high and when it had comparative cost advantage. When this changed all but its tube making plant closed, initially taking steel from Teeside. Tata continue to run the tube making plant.

The closures came in 1979 just when the Thatcher government had been elected. The New Secretary of State for the Environment, Michael Heseltine, along with Corby Council took up the enormous challenge of recreating employment in the town. As evidenced in Shakespeare's book, a good number of businesses came to the town.

Aluminium Shapes set up in 1985 to produce bespoke aluminium extrusions. Aquascutum had set up a factory in Kettering in 1907 and added a plant in Corby in 1962. The factory was bought and traded briefly by Swaine Adeney Brigg. Baltimore Aircoil set up a factory producing evaporative condensers and this was joined by the British Institute of Management in 1982. Curver Consumer Products produced plastic housewares and Hunters Foods potato crisps. However it was Oxford University Press relocating its distribution to Corby which was the game changer. Pilkington set up a factory to make energy-saving glass known as Kappafloat and RHM Ingredients set up a cereals processing plant following Weetabix which set up an offshoot of its Burton Latimer HQ.

The image is of what remains of the Tata Tubes site.

Further reading

R.W. Shakespeare and J Lewis, Corby Works A Town in Action (Manchester: Brooke Associates, 1989)

Peterborough manufacturing history

 A city dominated by its cathedral; its life revolved around agriculture with regular markets controlled by the Dean & Chapter until the city received its charter in the late nineteenth century. As with so many places, it was the railways which changed everything.

Railway entrepreneurs were attracted by populations and Peterborough’s was growing as people moved there from the fens. The coming of the railways was a tortuous process as I told in my blogs about Doncaster, Stamford and Northampton. The key driver was the desire to get coal to London. York was the destination, it was the intermediate route that attracted debate. The beginning was of shorter routes, so that from Peterborough to Lincoln via Boston and that from Peterborough to Northampton. The line from London to Peterborough encountered problems with boggy land en route and that from Peterborough to Grantham and onward to Doncaster had the cost of tunnelling. Yet by 1850 Peterborough was connected. It is appropriate that an early trade was that of butchering for London’s Smithfield market.

In terms of industry, British Braids producing elastic web was encouraged by the Dean & Chapter to provide work for women. A steam flour mill was run by Cadge and Coleman. Bricks were made from Oxford clay and the works later joined with London Brick in the interwar years. Stanley’s iron works developed into Stanley & Barford eventually joining in Aveling Barford of Grantham in manufacturing rollers. J.P. Hall made pumps.

Peter Brotherhood came from London manufacturing high speed engines and compressors. They moved into tractor manufacture and joined in the Agricultural Engineers Group which in the twenties brought together similar businesses struggling in a tough market. Other members included Barford and Paxman which joined Ruston and Hornsby of Lincoln and Grantham when Agricultural Engineering was liquidated in 1932. In the Second World War a now independent public company Peter Brotherhood produced the Brotherhood-Ricardo diesel engine. They were later bought by Ingersol-Rand who sold out to Siemens. In 2008 they became part of Hayward Tyler supplying specialist equipment to the energy industry.

Another engineering firm from London was Werner, Pfleiderer and Perkins which bought Joseph Baker and Aublet, Harry &Co which was already making laundry-machines in Peterborough. The combined company became Baker Perkins. Perkins, who had developed steam ovens, emigrated to England from the USA. Baker was Canadian and invented a combined flour scoop and sifter which became a market leader in the UK. Although rivals, the two companies collaborated in supplying baking equipment to the armies in the First World War. The combined company also built a plant in Michigan in Canada and are still leaders in food manufacturing machinery.

Another Perkins, Frank, started experimental work on diesel engines in 1932 with talented engineer Charles Chapman. They conceived an idea that diesels, as well as being slow work horses, could run at as high speed as their petrol rivals. As I tell in Vehicles to Vaccines the company was bought by Massey Ferguson. It later became part of Lucas Varity and is now part of Caterpillar. Perkins diesels continues its heritage of innovation.

The city was home to GEC Domestic appliances including Hotpoint and Morphy Richards.

Further reading:

H.F. Tibbs, Peterborough A History (Cambridge: The Oleander Press, 1979)

Stafford manufacturing history

 A power house of British electrical engineering, Stafford was of course a shire town but one that was soon outgrown by other towns in its county. One reason was that the man road route following the course of the Trent by-passed it. When the canals came they too passed it by until a passage was created by dredging the river Sow and adding an canalised section.

The tradespeople of Stafford carried on the common trades, but slowly a larger group emerged whose business was making shoes. The wearing of shoes had become more common in London, the growing industrial towns and the colonies and so a strengthening demand developed for Stafford's shoe makers. In his book Stafford Past, Roy Lewis suggests that one name drew ahead of the field, that of William Horton. In many ways like Manchester cotton merchants, he had a network of outworkers for whom his workshop would cut the leather for soles and uppers and the outworkers would stitch them and return them to him for payment and the next batch of leather. At one time he is said to have had one thousand outworkers. Finished shoes would be despatched by canal to the growing urban areas. The Napoleonic wars boosted demand but then competition from the lower paid Northampton shoe makers attracted trade away.

Railways did not pass Stafford by, rather the town became something of a hub for Staffordshire's part in the growing rail network. Workshops were set up and successive stations built. More significantly the town embraced massive marshalling yards where wagons arrived and were despatched right around the country. Not surprisingly locomotive manufacture took hold and W.G. Bagnall emerged as a leader.

As with the other shoe towns, the advent of American sewing machines for shoes led first to strikes as men refused to work on machine stitched leather. In time, as elsewhere, machines became a fixture along with factory production. Stafford's factories found themselves specialising in women's shoes and the firm Lotus became the best known of Stafford's factories. As elsewhere, foreign competition shrank the workforce to one or two specialised factories.

Supporting the shoe making trade, there emerged a cohort of manufacturers of the equipment needed to make shoes but also the packaging, laces and polish the wearer would need. The British United Shoe Machinery Company was set up by its American counterpart and took over the shoe related business of W.H. Dorman. This company would move into motor vehicles with the Redbridge Motor Works and aero engines with Adams. In the First World War they developed the interrupter gear that enabled machines guns to fire between the blades of a spinning propeller. After the war, the company built its first diesel engines. In 1959 it acquired W.G Bagnall and two years later became part of the English Electric. Later still it would join with Perkins diesels of Peterborough.

At the start of the twentieth century, Stafford attracted the British Siemens Brithers whose premises at Woolwich were becoming too small to house both its cable manufacture and its business of dynamos and electric motors. It was these latter two which Siemens moved to Stafford. Siemens Dynamo works later joined the group of companies which in 1919 formed English Electric. I write of this in How Britain Shaped the Manufacturing World.

Roy Lewis writes of the arrival in 1930 of George Nelson as managing director of English Electric and how he encouraged its growth in a very hands on way, his home being through a garden gate in the factory fencing. The Second World War saw the factory produce tanks, bombs and a range of electrical equipment. In 1960 the company opened a new transformer factory and in 1968 merged with GEC. I write of this in Vehicles to Vaccines. In 2015 the Stafford Grid and Power businesses became part of the American General Electric, now GE Vernova, which is working on high voltage transmission for the transition to net zero.

Stafford was also home to British Reinforced Concrete Engineering Company and in the Stafford Salt and Alkali Company.

Further reading

• Roy Lewis, Stafford Past (Chichester: Phillimore, 1997)
• J.D. Scott, Siemens Brothers 1858-1958 (London: Weidenfeld and Nicolson, 1958) [printed by Jarrold in Norwich]

Norwich manufacturing history

The second largest city in Britain at the start of the eighteen century made wealthy by wool, Norwich, with a population of 30,000, was a city of spinners, wool-combers and weavers.

The principal product was worsted cloth. To this were added worsted made of wool and silk to make it softer and so offer competition to Indian cashmere, and later wool and cotton worsted. Norwich won business from Exeter through its lower wages, but then Yorkshire won over Norwich for the same reason. By the end of the century Norwich was dependent upon export sales via the East India company and, when these ceased in the early nineteenth century, Norwich's wool workers were destitute. They had long resisted mechanisation but eventually relented. The trade did revive but never to its former level. In 1961, there were 10,000 employed in the clothing trade around about the same number as in shoe making.

In 1800, there had been cordwainers making shoes and boots in the city for decades, but wool had always been the dominant trade. With wool's decline and increased demand for shoes from London, the colonies and the growing industrial towns, Norwich began its journey to become a centre of shoemaking, particularly for women. The earliest recorded shoe manufacturer was James Southall & Co in 1792. In terms of other activity, Gurney's Bank (later part of Barclays) was founded 1775 and Hills and Underwood vinegar maker in 1762.

In 1846 Norwich became the last major city to be connected to the growing railway net work. This facilitated further growth in shoe making, with Norwich becoming, so Frank Meeres suggests in his A History of Norwich, the fourth largest shoe city in Britain. Norvic shoes was a celebrated brand for women's footwear and one of the first to embrace advertising. This company, formed by the older Howlett and White, made many thousand of boots and shoes for the armed forces in both world wars. One Norvic speciality was sports shoes including running spikes.

The commercial strength of Norwich was in the diversity of its industry. Boulton and Paul manufactured all manner of product from wood including aircraft, at one time employing 1,300. Jewson Timber Merchants were founded in Norwich. Barnard, Bishop and Barnard invented a machine for making wire netting which sold all over the world. The company later became part of Tinsley Wire of Sheffield. Laurence, Scott and Electromotors embraced electricity and made dynamos and electric motors with a workforce at one time of 3,500. The company still manufactures in the city but was bought by the Austrian ATB in 2007 and now is financed by the Chinese Wolong. Coleman's mustard business was founded in 1804 and by 1900 had 2,000 employees. Coleman merged with the Recketts of Hull in 1938. As I told in my blog on Halifax, Mackintosh bought the Norwich chocolate maker, AJ Caley. Elsewhere the Norwich Union insurance company was founded in 1806. HMSO moved to Norwich in 1968 but closed in 1996. The publisher Jarrold moved to Norwich in 1823 and still publishes from the city.

Further reading

Frank Meers, A History of Norwich (Stroud: Phillimore, 1998)

Northampton manufacturing history

 In my perambulation around the manufacturing towns of Britain, I have normally found the presence of raw materials and water, ideally navigable. Northampton had no coal nearby and its river, the Nene, was only navigable some miles toward the sea. It was, though, on road routes from London to the north and so enjoyed the trade from passing coaches, much like Stamford. Unlike Stamford, it was the shire town and carried on all the administrative functions. It was in the middle of livestock farming country and so had a market, but also access to hides, of which more later.

Poor communications were hard to address. The Grand Junction Canal passed the town by as did the north-south railway. Anyone visiting Northampton by canal boat will know well the reason: the link from the Nene to the Grand Junction Canal demands some seventeen locks to descend one hundred and twenty feet. This link to the canal system completed in 1815 did open the town to more trade and that is where hides come in.

It was of course the shoe making industry that provided the economic growth that Northampton needed. It was a cottage industry, but quite substantial. Boots and shoes were made for the local market, but also further afield including the plantations of the West Indies. The Peninsula war created a strong demand for boots for Wellington's army. A strike by London boot makers added significantly to Northampton's business since wage rates were much lower. It wasn't only boots, it was said the Northampton lace was superior to that made in Nottingham.

The railways were a bone of contention. Land owners hated them; townsfolk knew they would be good for business. They were also not very good on steep inclines like that up from Northampton. For this reason Robert Stephenson chose to route the London Birmingham railway around the town. Nevertheless, the town did get a railway in 1845, linking it both to Peterborough and to the London Birmingham line. This enabled the cheaper import of coal and export of agricultural produce and footwear.

The footwear industry did take off, but still in small cottage units except for a very few factory employers such as William Parker and John Groom each producing 80,000 pairs of footwear a year with 800 employees. Moses Philip Manfield was not far behind. Their employees were said to be better off than their home working counterparts, given the opportunities the factories had for better ventilation of noxious fumes. Child labour was more prevalent in smaller businesses, indeed schools tried to include work based learning in their timetables.

The mid-point of the century brought to Northampton, as elsewhere, the issue of mechanisation. With footwear production it was the American invention of a sewing machine for shoes. The fear, as elsewhere, was the loss of jobs, particularly for men since the view was that women could manage sewing machines. A little later, machines for riveting soles were on offer, but not enthusiastically welcomed by masters for in the beginning they proved slower and less reliable than hand work. Finally machines to stitch soles to uppers came along and the battle was lost; the industry had become mechanised. Interestingly it seems that home working continued, but with machines in the home. It seems also that this was the case in Wellingborough and Kettering as well as Northampton and its surrounding villages.

The turn of the twentieth century witnessed a great change. Home working was nearly a thing of the past. Manfield, run by Moses's sons, employed 1,000 men and women in a single story building. Crocket & Jones and Truform (part of Sears & So) employed about the same number. Charles and Edward Lewis employed nearer 1,500, whilst Barratts were still comparatively new but distinctly ambitious. Church & Co boasted 'every conceivable style and material'. William Wren made shoe polish and Horton and Arlidge, cardboard boxes. Some seven manufacturers had come together to form Northampton Shoe Machinery Co first supplying American machines but then manufacturing them under licence. Machinery also came from the International Goodyear Shoe Machinery Company.

Other businesses made cycles and motor cars. Mulliner made the bespoke car bodies for manufacturers to add to their engine and chassis. Bassett-Loake made beautiful model trains and yachts. Importantly for the future, Smith, Major and Stevens made lifts.

The First World War saw Mulliner's factory producing munitions and military vehicles. Of far more significance, the Northampton shoe companies produced 23 million pairs of footwear for British, French and Belgian forces including infantry boots, flying boots, ski boots and canvas shoes. The other shoe manufacturers in the county topped this production at 24 million and together they made up two thirds of the British footwear output between 1914-1918.

The 1930s saw Express Lifts of Leicester buy Smith, Major and Stevens but to continue to manufacture in Northampton. Other arrivals included Rest Assured with beds and Mettoy which later manufactured Corgi toys. Mettoy was encouraged to come to Northampton by Bassett-Loake whose owners played a major role in the civic community which was keen to reduce the town's dependence on shoe making.

The Second World War saw shoe factories producing an ever increasing range of footwear, including shoes designed for deception, so flying boots which could have their uppers removed to reveal ordinary well worn shoes should their wearer be shot down in enemy territory. The Birmingham British Timken company set up a shadow factory near Northampton and this reverted to peacetime work after the war.

The post war years saw the growth of earth moving equipment supplier Blackwood Hodge (owned by house builder Bernard Sunley), but the steady decline of the mass production of shoes. Manfield was bought by the British Shoe Corporation of Leicester and I write in my blog on Leicester of the gathering of former brands into this company owned by the property developer, Charles Clore.

Avon Cosmetics was encouraged to the town in the sixties a little before its designation as a 'new town' under the third wave of such towns in the post-war era. A good number of businesses came to the 'new town'. Black & Decker, set up warehousing and distribution, as did MFI; Henry Telfer employed 2,000 in food manufacturing. The Bernard Sunley Charitable Foundation helped to fund the Blackwood Hodge Management Centre at Nene College.

In 1960 Electronics Weekly reported that 'the extended factory of Plessey Nucleonics at Northampton, officially opened in 1959, has doubled facilities for R&D is this rapidly growing field. During the year, Plessey Nucleonics received an order from the UKAEA for the supply of all nuclear instrumentation for the advanced gas-cooled reactor at Windscale.' This business eventually became part of Ultra Energy. Plessey also manufactured Connectors in their subsidiary Plessey Interconnect.

At the time of writing there are shoe factories still manufacturing in Northampton and neighbouring towns. In the town itself there are Church & Co, Crocket & Jones, Trickers, Edward Green and Jeffery-West. Outside Northampton there are Dr Martens in Wollaston, Grenson in Rushden and Barker in Earls Barton all just outside Wellingborough; then Loake in Kettering and Joseph Cheaney in nearby Desborough.

Express Lifts still has a presence in the town through its lift testing tower built in the seventies and shown in the image.

Further reading:

Cynthia Brown, Northampton 1835-1985: Shoe Town, New Town (Chichester: Phillimore, 1990)

Stamford manufacturing history

Stamford was in sheep country and townsfolk traded in wool and also manufactured woollen cloth and garments. The town, on the river Welland marking the border between Lincolnshire and Northamptonshire, was one of the five boroughs of the Danelaw along with Leicester, Derby, Nottingham and Lincoln. Unlike them it did not become a shire town, that part to the south of the Welland looking to Northampton and that to the north to Lincoln and its cathedral. Its fortunes changed somewhat when the woollen cloth trade moved more to the Cotswolds and Yorkshire. Yet, Stamford remained important being on routes both east-west as well as north-south, having the Great North Road running through it (although no longer).

William Cecil, Queen Elizabeth I's most trusted adviser, was the son and grandson of Stamford burgesses and became the first Baron Burghley. Of central interest to British manufacturing, he master-minded British patent law which provided protection to those who wished to exploit their inventions here. Many chose Britain in preference to their native land for this reason. The law gave British manufacturers vital protection for the early years of their invention. I wrote of this in How Britain Shaped the Manufacturing World. The image is of Burghley House, the home of the Cecils.

In the decades following the civil war, Stamford became a fashionable place for the gentry to live, but at the same time a bustling hub for all kinds of trade. Looking at the occupations of freemen at the time, textiles remained the largest but far from dominant.

The nineteenth century almost passed Stamford by. The town failed to get the north-south railway to pass through the town, the railway company choosing the Peterborough to Grantham route instead. Stamford was eventually linked by the Peterborough to Leicester line. With the exception of Blackstones, the town failed to embrace the steam age, once again yielding the advantage to Peterborough. The other downside of the railways was the much reduced coach traffic and associated spending through the town.

In the twentieth century, Blackstones was producing diesel engines, competing with Hornsby of Grantham (later Rustons & Hornsby) and Ransomes of Ipswich. Hayes & Sons manufactured coaches and JH Pick produced motor cars until 1925. In 1969 Blackstones merged with Mirrlees of Stockport keeping production in both towns under the ownership of Hawker Siddelely as Mirrlees Blackstone

Northern Electric Wireless and General Engineering Company was founded in Manchester in 1935 and shortened its name to Newage Engineers. This company bought Stamford Electrical and moved its generator business to Stamford where, in 1967, it manufactured the world's first brushless alternator. In the 1990s the company spun off its transmission business into Newage Transmissions which became an independently quoted company. Newage Engineers eventually became part of Cummins Inc.

Further reading:

Alan Rogers, The Book of Stamford (Buckingham: Barracuda Books, 1983)

Grantham manufacturing history

 A good deal of the manufacturing history of this Lincolnshire town revolves round one family and really one man, Richard Hornsby, who on completing his wheelwright apprenticeship at Barnetby-le-Wold joined with blacksmith Richard Seaman of Barrowby. I write of him along with the other pioneering engineers in How Britain Shaped the Manufacturing World.

The business manufactured agricultural implements to enable farmers to meet the growing demands for food from England’s increasing urban areas. Importantly, Grantham was linked to Nottingham and the Trent by a canal (in the image) which gave a quicker route to market for agricultural produce and a cheaper way to bring the coal that industry needed. To agricultural implements were added steam engines. It was said of Hornsby that ‘he didn’t invent the portable steam engine, but he developed it so successfully that, for some years, he had a virtual monopoly in its manufacture’. I tell in How Britain Shaped the Manufacturing World how oil engines were then embraced through the patent of Akroyd-Stuart.

The business, now based in Spittlegate in Grantham, made a big impression next to the Great Northern Railway which had arrived in 1852. Hornsby steam and oil engines were known across the world. Company reached its peak with 2,000 employees. In the First World War the factory was taken over by the Admiralty for war work.

The aftermath of war saw the end of government work and, as I tell in my blog on Peterborough, a number of companies came together in the Agricultural Engineering Company. Hornsby chose, or were chosen as their partner by, Ruston & Proctor of Lincoln. I write more about Ruston and Hornsby in my blog on Lincoln, not least their role in the development of the tank.

The new company Ruston and Hornsby took on the combined steam and oil engine business. Thirty acres of the Spittlegate site was taken by two companies which had been part of Agricultural Engineering: Aveling & Porter of Rochester and Barford & Perkins of Peterborough. They formed Aveling Barford which also took the Hornsby steam and road roller business. Agricultural implements went to Ransome Sims & Jefferies of Ipswich, another Agricultural Engineering member.

The Hornsby factory, although smaller, remained busy especially during the Second World War when it supplied generators far and wide. Rustons combined with Davey Paxman of Colchester who developed a vertical oil engine. Hornsby took on its manufacture particularly for overseas development projects. The Hornsby factory finally closed in the sixties and Aveling Barford a little later.

Grantham was of course the birthplace of Prime Minister Margaret Thatcher under whose watch the manufacturing sector shrank and many famous businesses closed their doors.

Grantham experienced a resurgence with food processing. Fenland Foods was set up by Northern Foods to supply Marks & Spencer. With the ending of the contract, the plant was closed. Other food processing remains in the town.

Further reading:

• Michael Pointer, Horsbys of Grantham (Bygone Grantham 1978)
• Michael Pointer, Ruston & Hornsby (Bygone Grantham, 1977)

Scunthorpe manufacturing history

 The iron ore fields of north Lincolnshire attracted iron smelting to Frodingham and Appleby, two villages within what became Scunthorpe. Both companies added steel making, but Frodingham's pig iron production from the north Lincolnshire ore greatly exceeded its steel making capacity. This attracted Harry Steel, managing director of the Sheffield firm, Steel, Peech and Tozer, who, in the aftermath of the First World War, anticipated some consolidation in the industry. The two works and others were brought together in what became the United Steel Company. In the thirties both of these Scunthorpe plants were further expanded.

Lincolnshire ore was also exploited by Richard Thomas of South Wales at the Redbourn works. However, a plan to extend this into a major tinplating plant was shelved in preference for renewed investment in South Wales. Scunthorpe received further investment from John Lysaght at its Normanby Park steelworks in order to provide steel supplies for their other metal activities. John Brown of Sheffield had bought the Trent Ironworks in Scunthorpe and after the First World War moved their steel foundry to the town.

The nationalisation of the steel industry brought the Scunthorpe plants under a single umbrella. In 1972 the British Steel Corporation embarked on a ten year plan of modernisation and Scunthorpe was one of the centres identified for further investment.

In 1999 British Steel merged with the Dutch steel maker Koninklijke Hoogovens to form Corus. In 2007 Corus was bought by Tata Steel of India creating one of the world’s largest steel makers. British Steel Scunthorpe was bought from Tata Steel in 2016 and sold on to the Chinese Jingye Group in 2020.

Away from steel, Lebus Furniture built a 250,000 square foot factory in the town. I write about British furniture manufacturers in Vehicles to Vaccines.

Further reading:

J.C. Carr and W. Taplin, History of the British Steel Industry (Oxford: Blackwell, 1962)

York manufacturing history

 A cathedral city second only to Canterbury, York had a university only from 1963, but as I tell below it was a centre of learning. It’s early prosperity was built on the cloth trade, but this declined by the end of the fifteenth century.

It was the home of Rowntree and Terry confectionery and also railway workshops as evidenced by the National Railway Museum. The impact of these industries took off in the 1880s. Terrys were first, being well established by 1851 producing candied peel, jujubes, lozenges and sweets. Rowntree really began in 1879 taking a French invention of crystallised gums, but the business was transformed by Dutch equipment for the processing of cocoa beans which had been taken up first by Frys in Bristol and then by Cadbury in Birmingham. I write about the development of Rowntree in Vehicles to Vaccines.

Railway activity grew alongside that of confectionary with workshops for the repair of locomotives and rolling stock. The locomotive manufacturing work was first undertaken by third parties but then moved to workshops first in York and then in Darlington. York did however take full responsibility for carriages, building state of the art works in the early twentieth century.

It was not a great hub of manufacturing like Sheffield or Birmingham, yet it was chosen as the venue for the first meeting of the British Association for the Advancement of Science at the invitation of the Yorkshire Philosophical Society. These societies were springing up in towns around the country, often alongside industry, exploring science for its advancement. York then had little industry, but it did have a community passionate about discovery, whether of the city’s history or the world around.

In a volume of papers to mark the 150th anniversary of that first meeting, there is a chapter exploring the path of science and technology in York over that century and a half and it highlights some of the key individuals.

Sir George Cayley (1773-1857) was the inventor of the aeroplane in the first half of the nineteenth century. I wrote about the early days of flight in How Britain Shaped the Manufacturing World.

Thomas Cooke (1807-1868) was a maker of fine telescopes applying the skills of mechanical engineering to the work on lenses carried out in his workshops.

Dennis Taylor (1861-1943) was a lens designer taking forward the work of Thomas Cooke whose business diversified into clocks, machine tools, pneumatic pumps, engraving machines and optical instruments.

Henry Hunnings invented a micro-telephone, like many amateurs building on the invention by Alexander Graham Bell. After much legal wrangling, the rights to his transmitter were sold to the United Telephone Company (UK) and the American Bell Telephone Company and the design remained in use for over a century.

Further reading:

York 1831-1981, Charles Feinstein Ed. (York: William Sessions, 1981)