Even among railway enthusiasts, Sir Vincent Litchfield Raven is one of the less well known names, yet he was hugely influential in shaping the railway system as we know it today. Rising from an apprentice to Chief Mechanical Engineer, he only ever worked for the North Eastern Railway and for a short while, early in his professional career and newly married, he lived on Heaton Road.
Vincent Litchfield Raven
Vincent Litchfield Raven was born on 3 December 1858 in the village of Great Fransham, North Norfolk, the third of 10 children born to Vincent and Anne Raven. His father was the Rector of All Saints church in the village and the family were clearly wealthy middle class, as Vincent and five of his six brothers went to Aldenham Grammar School in Hertfordshire, a small private school, where he would have received a conservative Anglican flavoured education. The 1871 census shows him boarding there as a scholar, aged 12.
He moved straight from school to an engineering apprenticeship with the North Eastern Railway. Such a move may seem odd to our minds, but at the time, with the rapid Victorian growth of industry and commerce, careers in science and engineering were increasingly regarded as acceptable to the middle classes. Clearly, young Vincent’s family supported his move to the North Eastern Railway, as a five year apprenticeship, would typically cost the family around £50 per year, over £4,000 in today’s money.
North Eastern Railway
The NER was established in 1854 from the merger of a number of smaller companies. The early years of the railways had seen numerous companies established, often operating often relatively small routes or branches, each with their own locomotives and rolling stock. The North Eastern Railway was unusual in that it recognised early the benefits of larger scale operations and over the 50 years from its establishment bought numerous smaller companies, so that by the early 1900s, it had a virtual monopoly east of the Pennines from south of Doncaster right up to the Scottish border at Berwick. By the time Raven joined the company, there were around 1,500 miles of track. The NER also owned docks at Hartlepool, Hull, Middlesbrough and Tyne Dock as well as staithes at Blyth and Dunston (still the largest wooden structure in Europe) and hotels in York and Newcastle.
In making the long move north, the young Vincent undoubtedly found an employer that was at the leading edge of railway development. Unusually, for someone who was, 35 years later, to take on the post of Chief Mechanical Engineer, he only ever worked for the NER, although it’s obvious that he put considerable effort into furthering his knowledge and education throughout his career, including a number of foreign visits. He retired when legislation forced the merger of railway companies into the big four (LNER, LMS, GWR and Southern) in 1923.
Vincent left school at Easter 1875, taking up his apprenticeship at the North Eastern Railway’s Greenesfield works on the south bank of the Tyne, between the High Level and the modern day Redheugh bridges.
He was apprenticed directly to Edward Fletcher, the Locomotive Supervisor (the most senior engineering position at that time) to whom the apprenticeship fees would have been paid directly.
NER’s Greenesfield works
As the picture shows, the Greenesfield works were vast and incorporated the original Gateshead station, the northern terminus of the line from London before the building of the High Level Bridge, as well as five turntables and 18 roads of track, as well as massive cranes that could lift a whole locomotive. As an apprentice, Vincent would have gained experience of every aspect of railway engineering, from cleaning, firing, driving and maintaining locomotives, through to making technical drawings of engines, carriages and wagons. He would also have been required to work with the railway’s engineers, labourers and managers at all levels of the organisation, giving him a sound grounding in engineering, before starting work as a junior engineer in 1880.
Throughout his apprenticeship, Vincent seems to have lodged with the Swallow family, George and Isabella and their young daughter Maria in Elswick, which is where the 1881 census shows him living.
The Heaton connection
Having completed his apprenticeship in 1880, Vincent’s first job was as fireman, where he appears to have been based at the Heaton depot. Opened in 1875 to provide extra capacity for the overstretched Greenesfield works, the Heaton Depot was the home base for locomotives and carriages, where they would be stored maintained, serviced and repaired – a role that it still plays today with the modern fleet.
It appears that Vincent was based here in his early working career as it was 30 Heaton Road that Vincent made his first family home on his marriage to Gifford Allan Chrichton on 15 February 1883. Gifford was born on 13 August 1859 and was the eldest daughter of John Taylor Chrichton and his wife Emma of 13 Catherine Terrace, Gateshead. Her father is described as a chemical agent, and Raven’s biographer describes him as working for the Walker Alkali Company. Although the company had closed by the time of the Raven’s marriage, the Walker Ironworks shared the same address and both seem to have been overseen by Isaac Lowthian Bell, a wealthy Ironmaster and Director of the NER. That would no doubt have been a very valuable connection for the young Vincent to make as his career progressed.
The 1884-5 electoral roll for Newcastle shows the family at 30 Heaton Road, a quite substantial terraced house, then relatively newly built. It was there that the couple’s first child Constance Gifford Raven was born later in 1883. The couple would go on to have a further four children over the next six years, one of whom, Annie, died in infancy.
30 Heaton Road
Their stay in Heaton though was short-lived, as in 1884, the family moved to Gateshead with Vincent’s first promotion to workshop foreman back at Greenesfield.
Vincent’s career progressed rapidly through a number of promotions as he continued his study through the North Eastern Railway’s own Literary Institute, where he quickly became a committee member of the Gateshead branch, as well as attending lectures at the newly established Rutherford College in Arthur’s Hill. It seems likely that this is where he developed his interest in the electrification of railways, which was to become a feature of his career as well as the source of much frustration.
By 1891, Vincent was Assistant Locomotive Superintendent at Greenesfield and the family were employing two resident domestic servants.
Commemorative plaque near the High Level Bridge, close to the site of the Greenesfield works.
His next promotion was to the post of Chief Assistant Locomotive Superintendant, which saw the family move to Darlington, where the NER’s main locomotive works was sited. The 1901 census shows them employing three resident staff, ‘a hospital sick nurse’, cook and domestic. The nurse was most likely employed for the Raven’s second daughter Guendolin (born 1884), who had suffered from glandular fever and was left with subsequent heart problems. The family stayed in Darlington for the next 30 years, taking on an increasing role in the civic life of the town, even hosting balls in their home.
Vincent’s next promotion was to the post of Assistant Chief Mechanical Engineer in 1902, eventually taking over from his boss, Wilson Worsdell, when he retired in 1910.
Chief Mechanical Engineer
On 1 June 1910, Raven took up his new position, responsible for the design, construction, repair and operation of rolling stock and all outside machinery for the railway. At that time, the railway had 2,000 locomotives, 4,600 coaches and 11,200 wagons as well as the various docks, staithes etc. His salary was £2,500 (about £276,000 in today’s money). In addition, he had his own locomotive and six wheeled carriage, available to take him wherever he wished on the network as well as his own chauffeur driven car. This was a post of the highest status within both the railway and society. He was based, from 1911 in the newly built Palladian style Stoopergate building.
NER’s Stoopergate, Darlington
Part of a wider new development that included boiler shops and a paint-shop that could accommodate 24 locomotives, the new offices had every modern convenience and were described as draught proof, floored with Terrazzo marble Venetian mosaic and oak panelled. The complex included sidings for the delivery of coal and a garage for his car and were equipped with telephones.
The family business
Railway engineering was obviously in the family blood. Both of Raven’s sons went on to work on the railways. Norman Vincent Chrichton Raven, the eldest, was apprenticed to the Great Northern Railway, which was responsible for the section of the east coast mainline between London and Doncaster and would have worked under Nigel Gresley, who became the first Chief Mechanical Engineer of the LNER after grouping in 1923. Ultimately, he moved on to the steel industry.
Frederick Gifford Raven, the youngest of the four surviving Raven children, did his apprenticeship in the UK before working on the railways in Brazil and India before the start of the First World War. With the onset of war, he joined the Royal Engineers Railway Operating Division as 2nd Lieutenant, where he would have been responsible for the railways that moved troops and equipment to and from the front. Badly injured by shell fire on the Somme, he was evacuated to a military hospital in Le Havre, where he sadly died of infection on 24 March 1917.
Even Guen, the second eldest daughter married into railway royalty. She married Edward Thompson, a protégé of her father in 1913. Thompson would go on to become the LNER’s second Chief Mechanical Engineer. Only Connie, the Raven’s eldest daughter moved out of the business, marrying solicitor George Newby Watson in 1910.
Sir Vincent Raven
The First World War saw Raven’s skills as an engineer and leader put to different uses. On 15 September 1915 he was appointed Chief Superintendent to the Royal Ordnance Works at Woolwich, released from his position at the NER for the duration of the war. Sir Frederick Donaldson, the holder of the position had gone to the US and Canada to work increasing their production of weapons and Raven took over. He very quickly had a positive impact on production, which was falling dangerously behind the army’s needs. Lloyd George, Minister of Munitions, reported to the House of commons in December 1915 that he had increased production by 60-80% while staff had only increased by 23%. When Lloyd George became Prime Minister of the wartime coalition government, he rewarded Raven for his efforts with a Knighthood in the 1916 New Year honours.
Aside from his professional life, Vincent Raven always played a significant wider role and maintained a particular interest in education. Right from his early days he’d been involved on the committee of the NER Gateshead Literary Institute and remained their honorary president throughout his career. He also became involved in the education committee of Darlington Technical College and was active in both the Institute of Civil Engineers and the Institute of Mechanical Engineers, who elected him Honorary Life Member in 1932. In 1915 Raven was elected Councillor in Darlington and quickly co-opted onto the tramways committee and in 1917 he became a Justice of the Peace.
Raven the innovator
What is apparent from his long and successful career is Vincent’s detailed and methodical approach to improving efficiency, problem solving and, in particular, his passion for electrification of the railways. One of his early tasks as assistant CME was to do a detailed analysis of the steam engine fleet, which he did in meticulous detail, identifying numerous improvements. It was this attention to detail that led to his success in the Royal Ordnance Works and to improving efficiency across the NER network. As Chief Mechanical Engineer, he focused his attention on compounding and superheating as means of improving the efficiency of steam locos and his own designs were elegant and efficient, but he always had his eye on the longer term goal of electrification.
As Assistant Chief Mechanical Engineer, he would have been involved in the 1904 electrification of the North Tyneside commuter network, only the second electrified network in the UK outside of London. In 1905, he electrified the Quayside branch from Manors Station, which was notoriously difficult for steam engines, with a steep incline, 90 degree curves and a 2 mile, poorly ventilated tunnel. In 1911, he gained approval for his most ambitious venture in electrification, the 15 mile mineral line from Shildon to Newport, Middlesbrough. When the line opened in 1916, the Newcastle Journal listed the many advantages of electrification in an article on 26 May. These included much greater efficiency and control as well as a more comfortable environment for the crew. The electric locos were designed by Raven, with the electrification of the route done by Newcastle firm Merz & McLellan. This was the first industrial railway line to be electrified in the world and continued operating until the 1930s, when it reverted to steam operation!
Of course the big prize was to electrify the east coast main line and Raven had plans to do so as early as 1910, although he may well have been ahead of his time, as he himself recognised as the real problem was the transport of electricity from power stations. Before the widespread adoption of alternating current, the direct current supply could only be transported a short distance without a drop in voltage, meaning lots of small local power stations close to the track would have been required.
The war prevented him from further pursuing his plans and when he returned in 1919, the financial position of the railways after four years of diverting all resources to the war effort was too poor to consider investment on this scale. With the approaching grouping of the railways in 1923, Raven set out a clear and detailed case for electrification of the LNER main line, but it was rejected.
Whether because of this or the prospect of being based at Kings Cross, Raven decided not to stand for the post of Chief Mechanical Engineer for LNER, which was taken by Nigel Gresley and when NER became LNER he retired, having started at the bottom and reaching the top of his chosen profession while only ever having worked for the North Eastern Railway.
The final years
Leaving NER didn’t mean the end of Raven’s work with the railways, but gave him the opportunity to pursue his passion for electrification as well as applying his knowledge as an independent expert. In 1923 he was appointed to the board of Metropolitan Vickers, who made electric trains for the London Underground and South East Network and also joined the Institution of Electrical Engineers. He took part in Royal Commissions to report on the railways in New South Wales and New Zealand and was frequently consulted as an expert, particularly on electrification. In 1925, he became president of the Institution of Mechanical Engineers.
The Ravens moved in 1923 from Darlington, as Grantley, their home in recent years, belonged to LNER. Their new home in Hook, Hampshire was nearer to London, the centre of most of Raven’s work.
While on holiday with Gifford at the Felix Hotel Felixstowe late in 1933, Vincent fell ill, heart problems were suggested and he died there on 14 February 1934.
Probate records show that he left £20,036 14s 6d. His legacy to the railways that were his lifelong passion was incalculable, even if it were to take another 50 years before the east Coast Main Line was finally electrified.
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Written and researched by Michael Proctor, Heaton History Group.
Everett A (2006) ‘Visionary Pragmatist, Sir Vincent Raven North Eastern Railway Locomotive Engineer’