Stunning previously unpublished photographs of English Electric locomotives. Shows them in service all over the BR system from 1966 to 2019 working a wide variety of trains.

The first comprehensive case study of railroad electrification in the United States, this pioneering book highlights a subject of current government and industry studies and a target of billions of dollars of Amtrak rehabilitation funds. Both energy conservation and environmental quality remain at stake together with transportation efficiency. Electric traction on the Pennsylvania Railroad was a technological success handicapped by an economic factor: the onetime relatively low cost of petroleum, which gave diesel locomotives and highway vehicles a temporary advantage. Today the growing cost advantage of electricity--generated with coal; atomic energy; water, wind, and solar power--prefigures a revival of electric railroad traction. Drawing upon previously untapped records of the PRR and its suppliers, notably General Electric, the author traces stages in cooperative risk management. First came challenges of limited scope which steam locomotives were unable to meet: the New York City tunnel extension of 1910 and the Philadelphia suburban modernization begun in 1913. Next came a decade of mainline electrification, 1928-38: first New York to Washington and then passenger and freight extensions to Harrisburg. These projects were preceded by large-scale research and experimentation, followed by constant improvement in equipment and operations. Electric traction is depicted as a program involving not only the railroad but also its consultants, equipment and energy suppliers, and (to a lesser degree) governmental bodies. Locomotive and power transmission design is described in detail--with copious illustrations--as are the creative achievements of managers, engineers, and workers. And the presentation will be clear to readers without specialized technical or business backgrounds.

This informative, illustrated guide to the British Railways locomotive series covers its full production lifespan, from 1962–1965. In the early 1960s, the Bo-Bo diesel-electric locomotive known as The Clayton was conceived as the new standard for British Railways, superseding other Type 1 classes. While the early classes suffered from poor driver visibility, the Claytons were highly successful and popular with operating crews. However, the largely untested high-speed, flat Paxman engines proved to be highly problematic. As a result, the Claytons were eventually withdrawn from BR service by December 1971. Anthony Sayer draws on considerable amounts of archive material to tell the full story of these ‘Standard Type 1’ locomotives and the issues surrounding their rise and fall. Further sources provide insights into the effort and money expended on the Claytons in a desperate attempt to improve their reliability. Supported by over 280 photographs and diagrams, dramatic new insights into this troubled class have been assembled for both historians and modelers alike.

Train Doctor is the story of Roger Senior's career in the railway industry, from 1968 when the author joined British Railways, until his retirement from Great North Eastern Railway.The book takes you from the 1970s period, with its first generation Diesels, through to privatisation in 1994 and the electrified East Coast main line.This will be of interest to enthusiasts and modern railway historians, with its inside look at the railway industry during a time of considerable change.The author began his career with first generation diesel classes, on the Eastern Region, of what was then British Railways and went on to work with the High Speed Train Fleet, when they were first introduced to main line service, in the 1970s.This is a story of troubleshooting, with many different types of modern traction over a period of twenty-five years, an insight in to the trials and tribulations of keeping the railway running, in all weathers and at all costs.Roger Senior later worked with electric traction, both before and after privatisation, on the East Coast main line, finishing his career with Great North Eastern Railway as the Resident Engineer for the refurbishment of the MK1V fleet known as the Mallard project.

In the prelude to the privatisation of BR the Provincial Sector (later Regional Railways) became responsible for local / secondary train services and initiated the refurbishment of 31 Class 37 locomotives, fitted with train heating equipment – hence designated Class 37/4 - to support the shortfall of DMU trainsets. Their initial task was to work services on Scottish lines radiating from Inverness to points north and Glasgow to service the West Highland Line with a small batch based in South Wales to service Cambrian Line services and services from Cardiff traversing the Marches Line to serve Liverpool. These services were soon replaced by Sprinter trainsets thus releasing the fleet to other duties including freight operators hence, at privatisation in April 1994, the fleet became owned by freight companies who subsequently hired locomotives to both other freight companies and passenger operators. Throughout their working life the fleet members have proved invaluable and capable of powering a variety of services whose history confirms both the locomotives’ adaptability and prowess in handling the duties allocated to them. Fred Kerr’s book seeks to show this adaptability by detailing the reason for their initial creation and the tasks successfully undertaken once released from their initial roles as support for the shortage of DMU trainsets. The advent of privatisation saw an increased demand for their ‘go-anywhere do anything’ ability which is also displayed by the range of photographs that illustrate the wide range of duties performed by class members. Once withdrawn from service some class members were purchased for preservation and – such was their adaptability – that preserved examples were hired by train operators to cover duties that no other class of diesel locomotive was capable of achieving.