Perhaps not everyone’s favourite loco, but it was unique in a number of ways, and one of these was the fact that it was the last new locomotive type built at Doncaster Works, which in the early 1980s was part of the soon to be privatised BREL. Its power unit built on the legacy of Ruston Paxman, English Electric and latterly GEC Diesels, which were built at the historic Vulcan Foundry in Newton-Le-Willows – that too was the victim of mass closures and the run-down of the railway industry in the 1980s.
The class 58 had a less than successful career in Britain, and was dispensed with in short order under EWS, and sadly for BREL no export orders were received. But …. It was exported on hire to the Netherlands, Spain and France, where in Spain and France it provided the motive power needed when the high-speed lines were being expanded in the early 2000s, before being returned to the UK, stored or scrapped.
The design and fabrication techniques employed were very much of the mass production line process and should perhaps have been more widely employed in the UK industry, but that was not to be, and it remains a final, and curious example of a good idea that was not fully exploited. There are a number of the class in varying stages of restoration, and one is providing the base for the building of a replica of the first English Electric main line diesel, developed by the LMS and its CME H.G.Ivatt. So the Class 58 legacy remains to be seen in service on specials, and in operation on heritage services.
This small offering is based on my invitation to the handover in December 1982 of the very first Class 58 at Doncaster, where I enjoyed a tour of the works, to see the processes in action, and the unveiling on a bright sunny day of 58001 outside the main office block.
There was a report in “The Guardian” on 22nd September the Rail Delivery Group announced its plan to use the old British Rail double arrow logo in a new advertising campaign to encourage people to take the train. But it stirred some controversy – in a similar way to what happened in 1948, 56 and when the familiar double-arrow symbol appeared.
The Rail Delivery Group announced this on what was deemed “World Car Free Day”, in a perhaps laudable attempt to highlight the environmental benefits of rail transport.
As we know, the Rail Delivery Group was set up in 2011, and is effectively the equivalent of a trade body for the private train operating companies, together with state owned Network Rail, and it is a bit ironic that they are continuing to make use of the British Rail logo – a nationalised body. But, it is sad that the creator of the iconic logo thinks that its latest application is a step too far.
I have to agree, this change to 5 shades of green is far too complex, and largely misses the point of the logo – to provide a clearly recognisable brand for the railway. This is how the change was announced by the RDG:
A single train removes up to 500 cars off our roads
Every freight train removes on average 76 lorries from our roads
Leaving your car at home and taking the train cuts carbon emissions by two thirds
An interesting observation from their press release stated:
“In a report published earlier this month, the Rail Delivery Group estimated that a 20% shift from rail to road would lead to an extra one million tonnes of CO2 emissions and 300 million hours stuck in traffic jams per year.”
If we take that as a positive outlook, is the problem “Crossrail” and the “HS2” project, neither of which will help the UK achieve its Government stated aim of “Zero Carbon emissions” by 2050 unless the plans to accelerate projects are delivered. HS2 for instance – according to the Public Accounts Committee report (HS2 Summer 2021) this summer suggested the section from London to Birmingham would be completed by 2025, but services would only be started around 2033.
Then of course there have been enormous cost overruns for both of these – neither of which will support a significant move from road to rail for freight services. Perhaps it would be better to provide improvements to existing rail route – freight does not demand such high speeds – in order to connect major goods distribution hubs and make better use of intermodal trains.
It is interesting that the Rail Delivery Group chose such a complex arrangement of various shades of green to emphasise rail transport’s green credentials – I’m not sure it’s going to cut any ice without more actions. It must have been a little embarrassing when the creator – Gerry Barney – of the original British Rail double arrow symbol was reported as making this observation:
“I think that’s rubbish,” he said. “I could understand it if they had just swapped red for green. But why on earth have they got that many colours? It’s a load of old bollocks. It’s just a mess.”
Of course, some of the earlier logos used by British Railways, and the later double-arrow symobol came in for their fair share of criticism.
I’m not sure that the use of green in this current guise actually does the job – it’s a bit like those social media posts that the younger generation use, adding dog or rabbit ears to a friend’s face.
There was an advert on TV the other day, encouraging people to use the “National Railway Network”. Odd, I thought, especially since passenger and freight services are run by private train operators, and pay a fee to Network Rail to use the tracks and infrastructure. So, what is the purpose?
Well, blindingly obvious – it is to get people back on trains as their use has been drastically cut over the past 18 months by this awful Coronavirus Pandemic.
Great idea – but given that the advertisement is to underpin Network Rail – which does not operate trains – and uses the imagery of British Rail from the 1970s and 80s, and they also use the double arrow logo, that was so closely associated with British Rail.
Before anyone mentions it, yes I do know that Nationalrail.co.uk is an online national timetabling service, and it has been using the double arrow symbol for years:
Selling travelling by train with nostalgia seems to be the subliminal messaging going on here – well not that subliminal if I can spot it! This is what their ad campaign has been saying:
Anyway, I thought – indeed was told in no uncertain terms back when British Rail existed – that it was a failure, and privatising it was going to make everything so much better, and it would be profitable. Well that was a mistake, an error, and misleading wasn’t it. Since “privatisation” the public purse has been well and truly reduced by subsidising the loss making operators.
Still, the “Rail Delivery Group” – a bit like the old Railway Clearing House, or British Transport Commission of the 1940s and 1950s – appears to believe selling the idea on a “national” basis is the way forward, by going backwards with its message content.
Are they suggesting there is no other way forward than to relaunch British Rail? Their slogan: ‘Let‘s get back on track‘, was created for Network Rail, which, as we know, does not run trains. Or is it just that if the train operating companies were to come up with a marketing programme, it would need to involve 2 continents, 5 countries (excluding the UK), and 10 parent companies and more than 20 different operators! Then, in turn there are the companies that actually own the rolling stock – the ROSCOs – there are 9 of them, and they are owned in turn by groups of banks and financial institutions in Canada, China, Germany, France and Australia.
The table below is just the passenger train operating companies – I think it’s relatively accurate, but I’ve excluded the Channel Tunnel, and Eurostar – neither of which are involved with this exercise – well, so far!
Abellio ScotRail (SR), East Midlands Railway (EM), Greater Anglia (GA) (60%), Merseyrail (ME) (50%), West Midlands Trains (WM) (70%)
Arriva Rail London (LO), Chiltern Railways (CH), CrossCountry (XC), Grand Central (GC)
East Japan Railway Company
West Midlands Trains (WM) (15%)
Department for Transport
London North Eastern Railway (GR), Northern Trains (NR)
Avanti West Coast (VT) (70%), Great Western Railway (GW), Hull Trains (HT), South Western Railway (SW) (70%), TransPennine Express (TP)
Greater Anglia (GA) (40%), West Midlands Trains (WM) (15%)
South Western Railway (SW) (30%), TfL Rail (XR)
Caledonian Sleeper (CS), Merseyrail (ME) (50%)
Transport for Wales (Welsh Government)
Transport for Wales Rail (AW)
c2c (CC), Avanti West Coast (VT) (30%)
In the 1980s, British Rail were promoting a range of operational, financial and technology improvements and innovations, and included some quite sophisticated marketing too – but it seems that the benefits of rail are only seen clearly during a time of crisis. Now, it seems transport is on a crisis of economic, financial and environmental proportions, and encouraging people to return to the train is highlighting the crises we are seeing today.
Back in the 1980s, it was “crowned” by the infamous “Serpell Report”, amongst whose chief proposals was the reduction of the national route mileage from 10,500 miles to an incredible 1,630 miles. Thankfully this ludicrous report was consigned to the dustbin, despite the political climate encouraging the tarmac lobby with wild and weird ideas about converting rail routes into new roads, with one supporter claiming that railways had been anachronism since the pneumatic tyre was born.
But, whilst that absurd plan did not go ahead, British Rail was left to “wither on the vine” in the 1980s, and a prophetic paragraph in the 1980 Rail Policy document indicated the options for the railway at the crossroads:
“A crucial decision has to be taken soon about the future of British Rail. BR must prepare to take either the path of progress by re-equipment and modernisation, or that of decline through a gradual but deliberate run-down of the system. We cannot continue as we have done in the past. We are reaching the dividing of the ways.”
It is easy to look back and say it couldn’t have been implemented, since the early 1980s – at the heart of BR’s “Corporate Plan 1981-85”, because of the dramatic effects of the economic recession. As we discovered it was a deliberate run down of the system, and the 1990s privatisation was a straw clutching exercise, which, at the same time, saw the national economy clinging on to old fashioned notions of growth and development.
BR was being marketed on a number of fronts: new technology in train control and signalling, fibre-optic communications, computerised systems, greater electrification, expansion of freight services such as “Speedlink”. For passengers there was the new High Speed Trains – InterCity 125 – and the prospect of the tilting Advanced Passenger Train (APT) – the latter ironically arriving 20 years later via Fiat in Italy, and Bombardier in Birmingham.
Plans for the Channel Tunnel were in hand in the Corporate Plan, and cost savings by replacing diesel traction with electrification were clearly identified, both for long distance and commuter services. Dedicated high-speed lines to airports like Gatwick and Stansted, where air traffic was rapidly growing were factored into the mix, and whilst the options for less densely populated rural areas were less successful, efforts were being made to change.
Sadly, none of this was achieving much positive media coverage – the focus, whether broadcast or newsprint relied heavily on promoting expansion of HGVs, and private cars for long and short journeys – oh yes, and the apocryphal on-board catering of the curly sandwich and pork pie. No thought whatsoever appeared to be given to the environmental impact – and yet less than a decade earlier, the oil crisis of 1974 – suggested there could be challenges ahead.
And yet, these ads seem to provide the same feel as the “Let’s Get Back on the Train” ideas:
The latest marketing idea to get people back onto the train is likely to fail – not because people don’t want to – it’s because the pandemic and climate emergency has changed the focus, and perhaps those hoardes of parcel delivery vans are not so sustainable for future generations.
How old are container trains in the UK? Well, it’s not simple answer, although we are all familiar in 2021 with Freightliner trains, and the Eddie Stobart and Tesco container carrying trains. Of course these are intermodal services nowadays – but there have always been intermodal freight operations on the railway – transferring goods from horses and carts onto goods wagons. Railway freight traffic was never always about bulk loads of minerals, coal and oil, and it was the wagon load and part load consignments that kick started some interesting developments in British Railways days.
There were numerous methods of providing specialised containers for wagon or van load consignments of goods, whether for household furniture, or bulk transport of engineering components in a lengthy supply chain for manufacturers.
Before Liner Trains
In 1964, BR London Midland Region issued a small glossy booklet, entitled “Freight Handbook”, which, apart from the usual details of goods depot and regional telephone numbers contained brief descriptions of some of the innovations in wagonload and container traffic facilities. The services include what BR described as “demountable containers” carried on a rail wagon, and transferred to and from road vehicles at the terminals at each end of the journey. Described as a “door-to-door service” that was being constantly improved and extended, the fact that road transport by the early 1960s was entirely privately owned meant that BR had fewer road vehicles to provide the last lap of the journey.
One of the most blindingly obvious commercial errors to us, looking back from 2021 is that no charge was made for the use of containers “owned by the railway”, but just the contents. Nobody would make that mistake today – would they?!
BR London Midland offered 12 different types of covered container, and three described as ‘open’. The covered versions were of either ventilated, refrigerated, and insulated, or just simply a wooden box with doors on, and able to carry 4 to 5 tons. Some had two compartments and bottom doors, whilst others – for meat traffic – had roof bars and hooks for hanging carcasses. The handbook actually shows images of what BR called the ‘SW’ type – which was essentially a container on wheels that could hold about 1 ton, and could be loaded onto a rail wagon/van by two men.
Manual handling of some of these containers would clearly have been very hard work, but it was not uncommon activity in the 1960s workplace, and mechanical handling appeared over time to both reduce the physical strain and increase efficient load handling.
A couple of interesting examples are illustrated too of the handling of ‘palletised traffic’, where boxes of baked beans on pallets are then loaded into one of the then new ‘pallet vans’. Judging by the examples in both BR’s own ‘handbook’ and other publications – “Transport Age” – the railway was responding to changes in traffic types by designing and building bespoke vehicles, from pallet vans to specialist ferry vans. The latter take us away from container trains a little, but perhaps serves to highlight the challenge the industry faced in competition with road hauliers, and standardisation of containers carried at sea on international journeys.
But the most important development to precede the Liner Train project was the “Condor” service, which carried the existing designs of container – essentially a cut down covered van – on a train of specially designed four-wheeled wagons: “Conflats”. The train began service in 1959, running from Hendon in North London, to Gushetfaulds in Glasgow, and hauled by a pair of the new Metro-Vick 2-stroke, 1,200hp diesel locos. From Glasgow to London, the load included manufactured goods from Scotland, and in the reverse direction, imported raw materials were shipped from London’s docks to the factories around Glasgow. The service was door to door, using British Road Services lorries at either end, and with customers paying £16 or £18 to hire a container to carry their products.
The Condor service was a success, and a second route between Birmingham (Aston) and Glasgow in 1963 – the year of the Beeching Report – but it succumbed in the end to Beeching, although it was also the route operated by the first Liner Train / Freightliner service in 1965.
The Liner Train project
Ironically too, the BMC and BR operated ‘Charter Trains’ between Cowley, Oxford and Bathgate – on specially designed flat wagons – to transport Morris Minor cars to Scotland, and vans and commercial vehicles from Scotland to England. A few years later, cars were being transported by road, on transporter lorries in ever greater numbers, and liberalisation of commercial road traffic dealt a bit of a blow to the door-to-door service of the ‘Condor’.
The famous “Liner Trains” proposed by Beeching was really a development of existing modular, palletised, and containerised goods services, which ultimately led to the intermodal and company train services of today. Amongst many other – some would say disastrous – changes proposed under Beeching some radical proposals around “open goods depots” were put forward.
In Appendix 4 of the Beeching Report, the concept is described specifically as:
“…. A conception of transport based upon joint use of road and rail for door-to-door transport of containerised merchandise, with special purpose, through running, scheduled trains providing the trunk haul.”
So there we have it – what we now call inter-modal services, albeit introduced, or at least considered mainly to reduce the financial burdens of non-train-load goods traffic. In its original concept, the Liner Train was described as a series of permanently coupled flat wagons, for carrying containers, and running to a schedule that would demand high utilisation of the stock. Each train would have a gross load of 680 tons, with a 360-ton payload, and running at between 50 and 75 mph.
The traffic itself – given that the early 1960s were the years of huge investment in motorways, and roadbuilding – was optimistically described as goods which would be suitable for rail if the right conditions were met – heavy and full loads, on specific routes at reasonable rates. Having said that this idea was optimistic, it also has to be said that the report considered that the potential tonnage identified for this service was ‘conservative’ at 93 million tons. Traffic studies had shown that 16 million tons of freight carried annually on the roads, could transfer to rail on this service.
Between this first mention of “Liner Trains” and their appearance in traffic, the political landscape changed, not to mention the review of the “Beeching Proposals”, which were in full swing by late 1964. In October that year, the General Election resulted in yet another change, and railway policy was about to change again, but the “Liner Train” / Intermodal concept was still a popular option, although none were at that time in operation. In December 1964, and in answer to a question raised in Parliament about the delay, the new Transport Minister made this statement:
“The Railways Board hopes to introduce the first experimental liner trains next summer, if early agreement is reached with the unions on the principle of “open” depots. My predecessor approved investment of £6 million for liner trains; of this about £700,000 will be spent in 1964. Investment for 1965 will depend on the date of introduction of the services.”
At the time, the “open” depots referred to were the subject of negotiations on working arrangements with the railway trades unions. The “Liner Train” proposal was given a boost in this early period, with British Railways and the Post Office’s plans to concentrate the handling of parcels and what they described as “sundries” at a small number of larger centres. Exactly as the road based parcels delivery companies operate today with their distribution hubs and centres – history repeating itself?
An interesting paragraph in the report about the loss of the traffic in small manufactured components to road hauliers, it states that such traffic would not pay the railway to carry it, yet it is just that type of traffic that is “expected to grow”. In the next paragraph it states too that there is likely to be a growth in the shipment of containers overseas – classic intermodal from rail to seaport – with containers built to “international standards”. Each of which has proven an accurate prediction.
By 1967, work had progressed, and was even the subject of a Pathe Newsreel report, as the extract shown in the link describes: https://www.britishpathe.com/video/freight-liner-trains . That said, the clip only shows the early “Freightliner” liveried stock being loaded onto a ferry for the Dover to Dunkirk service. Two years earlier, the trials and testing of the liner trains with their new ‘flat cars’ was under way, as the Government had approved the funding, and in a parliamentary debate, this was what one MP commented:
“It seems to me that all those who have studied this matter are satisfied that the liner trains will succeed in attracting a very considerable volume of traffic which is now carried on the roads. They will do so only if new specialised railway vehicles are constructed for the purpose. These vehicles are now being constructed in the railway workshop at Derby, and I do not think this would be a proper time for me to have a review of the whole principle underlying the substitution of the existing stock of vehicles by these new ones.”
The discussion had centred around the obsolescence or otherwise of existing wagon designs, and some people seemed to think that the new liner train vehicles would not be interchangeable with existing types – which was of course the point in many ways. Other goods traffic was declining, and most of the professional railwaymen, including the NUR, were very supportive of the project were anxious to press ahead.
In 1965, British Railways published a further report on the “Development of Trunk Routes”, looking ahead to the 1980s, and based on existing and forecast rail and road traffic flows. It was also based on the location of industry – from mining to manufacturing – with the principal traffic centres of London, the West Midlands, Merseyside – Manchester – Hull, and Glasgow and around Newcastle. But the prospects outlined could not take account of the exploitation of North Sea oil and gas reserves, or the ‘offshoring’ of most of the UK’s manufacturing, and dramatic social and economic changes that began in 1979.
Huge investments in road transport were ongoing, with enormous expansion of the motorway network, and little if any thought of integration or collaboration. So, the “Liner Train” concept was largely on the back burner for many years, with limited – if any innovation – in multi or intermodal services, and certainly no consideration of environmental impact.
That argument about “could transfer from road to rail” has featured prominently about rail freight services for over 50 years now, as roadrailer, pocket wagon and piggyback concepts have all come and gone. But, maybe the intermodal services need to be looked at again now, and mimic some of the networks used by the parcel delivery companies, who themselves seem to follow the old railway marshalling yard (hubs), to regional (distribution centres) and local goods (local depot) depots mechanisms.
Currently there are 11 Freightliner depots – Cardiff, Southampton, London, Felixstowe, Birmingham, Cannock, Doncaster, Liverpool, Manchester, Leeds and Glasgow. The services are now owned and operated by a company from the USA– Genesee & Wyoming Inc. – with its headquarters in Connecticut, and in 2015 the company purchased the UK’s Freightliner Group Ltd. This separate business is a mix of the traditional bulk mineral haulage that are traditional railway fodder, and the container traffic that, at least on the surface, shows interaction between carrying goods on a flatbed lorry, and its equivalent on rail.
The concept of intermodal – from the dockside to a depot has changed – but it appears that the majority of seaborne containers that arrive at ports are still ultimately carried on the roads, to an importer/supplier’s regional hubs and distribution centres. The lorry’s engines may be more efficient and less polluting than before, but multiple engines are needed to carry 20 or 30 containers on a 100 mile journey from port to inland depot. The likes of the UK’s major supermarket chain and ‘traditional’ road hauliers do run specialised long-haul trains carrying those seaborne containers, but it may be true to say there is still some way to go before a truly intermodal containerised goods traffic is operated in Britain.
There have been many useful ideas in the past, but none have really got to grips with the obsession of road transport for long distance traffic – and is it really that convenient for business?
20 years ago, and 2 years after the East Coast Main Line (ECML) was electrified from London to Edinburgh – only 10 years late – BR’s flagship locomotive “Electra”; also known as Class 91, saw service for the first time on the West Coast Main Line (WCML). To be fair it didn’t last long on the WCML, but in 1992, it set a fastest service record, with a train from London Euston to Manchester Piccadilly in 2hrs 8mins. At the time this loco was being developed, British Rail – and the InterCity Sector especially was making significant operating profits – and the completion, finally of the electrification work on the ECML was perhaps the icing on the cake.
The profitability of British Rail continued into the early 1990s, and in 1992/3, this press release was issued alongside the annual report:
In 1991, they put out this publicity brochure, to advertise what was coming:
Please click on the image opposite to read on >>
The “Electra” Project – the Class 91 – was one of the most innovative locomotives then developed for use on British Rail. In its Bo-Bo wheel arrangement it was able to generate some 4.54MW of power and haul 11-coach rakes of the new Mark IV coach when it became available. On the WCML it was planned to haul 750 tonne sleeper trains single handed, and the West Coast route, with the arduous ascents of Shap and Beattock between London and Glasgow, was much more demanding than the East Coast.
Thirty one Class 91 ‘Electra’ locomotives were ordered by BR, along with 50 of the Class 90 (formerly known as 87/2), and 86 sets of power equipment for the Class 319 multiple units. The locomotives featured the latest thyristor control systems, with more extensive use of microprocessors, and in a radical departure the separately excited (sep-ex), d.c. traction motors were included in the bogie space, but carried in the locomotive body.
The electrical equipment included oil cooled traction converters – featuring GTO thyristor components – and the main transformer was located below the body, between the bogies, lowering the centre of gravity, and assisting in the reduction of body roll, and relative pantograph movement.
The traction motors, as mentioned above, are body mounted, but slung below the floor, in the bogie space, which in turn, has enabled a more or less conventional layout of equipment on board. The transmission features a coupling arrangement patented by GEC Traction, with the motors driving the wheelsets through a right-angle gearbox, and bevel gears. The hollow output shaft of the gearbox drives the wheels through a rubber bushed link coupling, isolating the drive from relative radial and lateral movement of the wheelsets imparted by the primary suspension. Each traction motor was fitted with a ventilated disc brake at the inboard end.
The major characteristics of the Class 91 are detailed below;
Max service speed
Weight in working order
Unsprung mass per axle
Bogie pivot centres
Wheel diameter (new)
Max tractive effort
Cont tractive effort
Max power at rail
Brakes – locomotives
The class 91 order included an option for a further 25, and featured a double ended design, but with only the No.1 end having any degree of aerodynamic styling. In normal service, during the day, the streamlined end would normally be at the end of the train, pulling when running in one direction, and pushing, when running in the opposite direction. When pushing, control signals are transmitted to the Driving Van Trailer (DVT) attached to the opposite end of the train, by means of Time Division Multiplex (TDM) signals, sent along train wires, on board. The No.2 end cab is flat faced, and a profile that matched the profile of the adjoining coaches was adopted. The non-streamlined end would be used normally when the locomotives were running semi-fast, sleeper services, or other non high speed duties.
Interestingly, the class 91 was designed for a 35-year working life, averaging 420,000 km per year, which meant that in a couple of years’ time – 2023 – we would be saying goodbye to this impressive locomotive. But of course, events have turned out rather differently, and privatisation has created a much more complex operating environment, for both the technology of the train, and the management of the railway.
Sadly – although this year marks the 30th anniversary of its use on the WCML – they were never used in anger there, and by the turn of the century, the ‘Pendolino’ had arrived – by way of Fiat, Alstom and Metro-Cammell. There too, the technology developed at BR’s Derby Research Centre played its part in the late 1970s and into 1980, with the APT – but that’s a story for another day.
How do you turn an HST into a Blue Pullman? Well, it seems you repaint power cars 43055 and 43046, together with 7 coaches and a kitchen car (41176, 41108, 41162, 41059, 40801, 41182, 41169 and 44078) in the original ‘Nanking Blue’ livery, and send it off on a number of journeys to mark the 60th anniversary of the arrival of the original ‘Blue Pullman’ in 1960.
The first run was due to take place on Saturday 12th December from St Pancras to Crewe, with fare paying passengers on the restored HST set.
This image immediately below shows the restored set passing Eastleigh Arlington on the 9th December passing Eastleigh working the 5Z44 Eastleigh Arlington to Crewe.
In 2022, BR’s most common – take that whichever way you like – diesel locomotive that started life in 1962, as the first of the 2nd generation of main line diesel-electric locomotives. It came at a time when there was certainly competition between Britain’s locomotive manufacturers, and a fair degree of collaboration and partnership within the railway industry. There was a considerable degree of collaboration between the private/commercial sector and the BR workshops, which only declined in the 1980s, until it almost completely disappeared by the turn of the century.
27th August 1979, and Class 47 No. 47144 leaves Barrow-in-Furness, with the 17:30, bound for London Eueston. (c) RPB Collection
So, the Class 47 – which to be precise, was announced in the railway press as a new, highly innovative design from Hawker Siddeley – who had only recently become owners of Brush Traction Ltd and Brush Electrical machines.
Brush’s prototype “Falcon” was the model for the Brush Type 4, but with a completely different power plant.
The most widely used, most well known, longest surviving, successful – just some of the words you might use to describe the Brush Traction design ordered by British Railways in the early 1960s. Successful was not at one time a word you would have used to describe this locomotive – a bulk order, rushed through as BR’s debts were climbing, and the ‘Pilot Scheme’ diesels were still “on trial”. Brush too, was perhaps an unlikely choice as supplier, since the company did not have the same pedigree as English Electric, AEI, Birmingham RC&W Co., or Metropolitan-Vickers in the railway field. But, as Dylan said, the times they were “a-changin”.
The PDF file below, is not intended to be a fully detailed account, there are several other, very well written books and articles that cover the individual locomotives, and its design and operational history in detail.
An unidentified 47 at speed on a train of oil tanks approaching Hathersage in 1975. Photo: Dave Larkin
Perhaps this will whet your appetite to study further – just click on the image below:
To complete this little anthology, it seemed appropriate to include the least well known, and some pretty obscure examples of low-powered locomotives used on British Railways – many at small yards and depots, and dockyards. Many locos of the sizes described here were adapted, or used for large industrial, engineering, quarries and mining operations, whilst one example remains unique from a major British manufacturer – Brush Traction.
Ruston & Hornsby and its predecessors have a key place in the development of diesel traction, with the East Anglian company boasting one Richard Akroyd – a contemporary of Rudolf Diesel amongst its number. However, Ruston & Hornsby’s contributions to British Rail never fully extended beyond the shunting and service locomotive stock. PWM650 is seen here sporting the earliest BR livery style – used on running department stock too. This example was the first to appear in 1953 and, in common with the Brush design, an electric motor provided the drive to the wheels. (c) Lens of Sutton
This final selection of builders provided the least number of diesel shunters to BR in the 1950s and early 1960s, but a number of these have survived – including examples of the Rolls Royce powered shunters from Yorkshire Engine Co. Brush Traction on the other hand supplied only one diesel-electric prototype, which has long since disappeared, whilst many of the departmental varieties, included samples from John Fowler, Hibberd and even an aeroplane manufacturer from Bristol. Some of these were curious shunting types indeed for a nationalised railway, but were nonetheless an essential part of the organisation, whether on standard or narrow gauge tracks.
Clink on the image below to read on:
Useful Links & References:
BR Diesel & Electric Locomotive Directory; Colin Marsden; Pub; OPC 1991; ISBN: 0-86093-486-1
In the first of these posts, I looked at the most widely built 0-6-0 shunters, based largely around the Gardner series of diesel engines, mostly the 204bhp rated design, which was applied to a mechaniucal transmission by a number of builders, and BR workshops. But they were not the only small diesel shunters bought from manufacturers, and in this offering I took a look at the two most well known Scottish builders.
Two of the builders – advertising in the 1950s – who supplied considerable numbers of narrow gauge and mining locomotives, along with number of the smaller BR diesel shunters.
Perhaps uniquely, the world renowned North British Loco Co had build many thousands of steam locomotives over the 50 years to 1953, but its initial forays into diesel traction were less than successful. It had of course experimented with diesels around the time of nationalisation, and had built a collection of products for mine working – appropriately named the “Miner” series. But their choice of diesel engine paired with hydraulic transmission – whether from Paxman or MAN – was a risky venture.
Andrew Barclay, in nearby Kilmarnock had opted for a more conventional approach, and opted for the Gardner design of engine, with mechanical transmissions.
In the main, the lack of sustained success was as much down to the changing nature of freight workings, especially after the pressure mounted on BR to reduce operating overheads, and competition from road hauliers.
Click on the image below to read on ….
North British built D2903, paired with the NBL-MAN engine and hydraulic transmission, with a 335 bhp diesel engine it was almost as powerful as the BR Standard 0-6-0 shunter, the Class 08 from English Electric. (c) Photo: Lens of Sutton
Useful Links & References:
BR Diesel & Electric Locomotive Directory; Colin Marsden; Pub; OPC 1991; ISBN: 0-86093-486-1
Barclay 150; Russell Wear; Pub; Hunslet-Barclay Ltd 1990
Giants Of Steam: North British Locomotive Co.; Pub; OPC; 1996; ISBN 0 86093 505 1
British Railways standard diesel shunter was the English Electric designed 0-6-0, with almost any number of variations of the ‘K’ series engine of 1930s vintage. This was developed from the 1930s designs used on the LMS, and was the mainstay of goods, and train marshalling yard operations – it seemed almost forever.
However, in 1962 there were no fewer than 666 diesel shunting locomotives in operation on BR, of either 0-4-0 or 0-6-0 wheel arrangement and powered by engines of less than 350 hp. These “non-standard” types performed a variety of the most mundane tasks, and their earliest appearance was from a pre-nationalisation order to the Hunslet Engine Co. of Leeds, also by the LMS. Following the end of the Second World War, many more were ordered from various makers.
Captured at Bo’Ness on the Bo’Ness & Kinneil Railway in the 1990s, by then Class 03 073 in its final ‘Rail Blue’ livery, this was one of the Drewry built 0-6-0s, with the ‘Flowerpot’ chimney. (c) Rodger P. Bradley Collection
By the early 1980s there were only a handful left in service, mainly of the Class 03 0-6-0s built at Swindon, together with samples from Andrew Barclay, Ruston & Hornsby, Hunslet, Drewry Car Co., Hudswell-Clarke, etc.
During BR days, a motley collection of some 11 different designs were in service, carrying out shunting and many other light duties at yards the length and breadth of the country. Although some of the designs dated from the 1930s, the majority were constructed after 1948.
The particular types reviewed here were built at Swindon Works, Drewry/Vulcan Foundry, Hunslet and Hudswell-Clarke. Each featured either a 204hp or 153hp Gardner diesel engine, and various forms of mechanical transmission.
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Useful Links & References
BR Diesel & Electric Locomotive Directory; Colin Marsden; Pub; OPC 1991; ISBN: 0-86093-486-1
Barclay 150; Russell Wear; Pub; Hunslet-Barclay Ltd 1990