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35-308Class 37/0 Centre Headcode 37201 'St. Margaret' BR Eng. Grey & Yellow
CLASS 37 HISTORY
The British Rail 1955 Modernisation Plan paved the way for the large-scale replacement of steam traction with diesel locomotives, and one of the most successful diesel locomotive designs to result from this was the English Electric Type 3. These 1,700hp Types 3 diesel-electric locomotives were built at English Electric’s Vulcan Foundry and by Robert Stephenson & Hawthorns between 1960 and 1965, with 309 examples produced in total. When TOPS was implemented the type was designated Class 37.
The class proved popular with railwaymen and so in 1985, a major refurbishment programme for the Class 37 locomotives was sanctioned to extend the working lives of 135 locomotives. Features of the refurbishment involved plating over the four-character head codes and sealing off the nose end communication doors. Dedicated freight locomotives received lower gearing to increase the tractive effort, and some were fitted with extra ballast or even more powerful engines. A new subclass was created for locomotives refurbished with Electric Train Heating (ETH) equipment, allowing their use on passenger trains the whole year-round.
With the sectorisation of British Rail taking hold in the early-1980s, the locomotives returned to traffic following refurbishment in a wide and diverse range of liveries. Passenger machines appeared in BR Blue Large Logo, InterCity and Regional Railways schemes to name just three, whilst freight engines received numerous varieties of Railfreight livery, Transrail, Mainline and Loadhaul. The Class continued to be widely used into the Privatisation-era, with examples operating for the likes of EWS, DRS, West Coast Railways and Colas, whilst others have received ‘retro’ heritage repaints.
35-308SFClass 37/0 Centre Headcode 37201 'St. Margaret' BR Eng. Grey & Yellow With DCC Sound Fitted.
SOUNDS
F0 - Directional Lights - On / Off (plus Light Switch Sound)
F1 - On - Warm Engine Start / On, Off - Failed Engine Start / On, Off, On, Off, On - Cold Engine Start
F2 - Brake
F3 - Single Horn (Playable)
F4 - Double Horn
F5 - Light Engine Mode
F6 - Coasting (Manual notch Down if F22 On)
F7 - Speed Lock
F8 - On - Sound Fade Out / Off - Sound Fade In
F9 - Flange Squeal (Speed Related)
F10* - Fan Noise
F11 - Buffer Up
F12 - Coupling
F13 - Stationary - Guard’s Whistle / Moving - Detonators
F14 - Wagon Snatching & Buffering (Speed Related)
F15 - High Intensity Light (If Fitted)
F16 - Red Tail Lights On Both Ends (Non Directional)
F17 - Marker Lights On Both Ends (Non Directional)
F18 - Cab Light On - No. 1 End (Fan)
F19 - Cab Light On - No. 2 End (non-Fan)
F20 - No. 1 End Directional Lights Off
F21 - No. 2 End Directional Lights Off
F22 - Compressor
F23 - Windscreen Wipers
F24 - Engine Room Lights
F25 - Spirax Valve
F26 - Shunt Mode
F27 - Volume Down
F28 - Volume Up
* Fan Sounds play as part of the Sound Project with F1 On. F10 allows you to override this and activate on demand (not applicable to Sound Project 1 - Class 37/0s as-built)
Analogue Users: Please note that normal load running sounds and any other automatic or randomised sounds will also operate when this model is used on analogue control (DC) straight from the box!
35-308SFXClass 37/0 Centre Headcode 37201 'St. Margaret' BR Eng. Grey & Yellow With DCC Sound and Working Fans
SOUNDS
F0 - Directional Lights - On / Off (plus Light Switch Sound)
F1 - On - Warm Engine Start / On, Off - Failed Engine Start / On, Off, On, Off, On - Cold Engine Start
F2 - Brake
F3 - Single Horn (Playable)
F4 - Double Horn
F5 - Light Engine Mode
F6 - Coasting (Manual notch Down if F22 On)
F7 - Speed Lock
F8 - On - Sound Fade Out / Off - Sound Fade In
F9 - Flange Squeal (Speed Related)
F10* - Fan Noise
F11 - Buffer Up
F12 - Coupling
F13 - Stationary - Guard’s Whistle / Moving - Detonators
F14 - Wagon Snatching & Buffering (Speed Related)
F15 - High Intensity Light (If Fitted)
F16 - Red Tail Lights On Both Ends (Non Directional)
F17 - Marker Lights On Both Ends (Non Directional)
F18 - Cab Light On - No. 1 End (Fan)
F19 - Cab Light On - No. 2 End (non-Fan)
F20 - No. 1 End Directional Lights Off
F21 - No. 2 End Directional Lights Off
F22 - Compressor
F23 - Windscreen Wipers
F24 - Engine Room Lights
F25 - Spirax Valve
F26 - Shunt Mode
F27 - Volume Down
F28 - Volume Up
* Fan Sounds play as part of the Sound Project with F1 On. F10 allows you to override this and activate on demand (not applicable to Sound Project 1 - Class 37/0s as-built)
Analogue Users: Please note that normal load running sounds and any other automatic or randomised sounds will also operate when this model is used on analogue control (DC) straight from the box!
R30229BR, Class 370 Advanced Passenger Train, Sets 370003 and 370004, 7 Car Train Pack
The Advanced Passenger Train (APT) programme is remembered by many as one of British Rail's greatest embarrassments, an ambitious but ultimately unsuccessful design. The APT-P multiple units incorporated ideas that were well ahead of their time, most famously including a computerised tilting system which allowed the trains to navigate the tight turns of Britain's ageing railways up to 40% faster than anything else of the time.
The first APT-P unit was introduced in 1979 and the trains were progressively developed until 1987, the highlight being a period of passenger service between 1983 and 1985. Ultimately the complexity and cost of the unreliable APT saw it replaced by the simpler and considerably cheaper IC125 HST programme, but lessons learned were incorporated into the IC225 programme and later the tilting Alstom Pendolino trains still operating on the West Coast Mainline.
R30104BR, Class 370 Advanced Passenger Train, Sets 370001 and 370002, 5-car Pack
The Advanced Passenger Train (APT) programme is remembered by many as one of British Rail's greatest embarrassments, an ambitious but ultimately unsuccessful design. The APT-P multiple units incorporated ideas that were well ahead of their time, most famously including a computerised tilting system which allowed the trains to navigate the tight turns of Britain's ageing railways up to 40% faster than anything else of the time.
The first APT-P unit was introduced in 1979 and the trains were progressively developed until 1987, the highlight being a period of passenger service between 1983 and 1985. Ultimately the complexity and cost of the unreliable APT saw it replaced by the simpler and considerably cheaper IC125 HST programme, but lessons learned were incorporated into the IC225 programme and later the tilting Alstom Pendolino trains still operating on the West Coast Mainline.
R30179RailRoad Plus BR, Class 47, Co-Co, 47656
The British Rail Class 47 or Brush Type 4 is a class of diesel-electric locomotive that was developed in the 1960s by Brush Traction. A total of 512 Class 47s were built at Brush's Falcon Works in Loughborough and at British Railways' Crewe Works between 1962 and 1968, which made them the most numerous class of British mainline diesel locomotive.They were fitted with the Sulzer 12LDA28C twin-bank twelve-cylinder unit producing 2,750 bhp (2,050 kW) – though this was later derated to 2,580 bhp (1,920 kW) to improve reliability – and have been used on both passenger and freight trains on Britain's railways for over 55 years. Despite the introduction of more modern types of traction, a significant number are still in use, both on the mainline and on heritage railways.As of January 2020, 78 locomotives still exist as Class 47s, with further examples having been converted to other classes; 32 Class 47s have been preserved, and 34 retain "operational status" on the mainline.
R30187RailRoad Plus NSE, Class 47, Co-Co, 47598
The British Rail Class 47 or Brush Type 4 is a class of diesel-electric locomotive that was developed in the 1960s by Brush Traction. A total of 512 Class 47s were built at Brush's Falcon Works in Loughborough and at British Railways' Crewe Works between 1962 and 1968, which made them the most numerous class of British mainline diesel locomotive.They were fitted with the Sulzer 12LDA28C twin-bank twelve-cylinder unit producing 2,750 bhp (2,050 kW) – though this was later derated to 2,580 bhp (1,920 kW) to improve reliability – and have been used on both passenger and freight trains on Britain's railways for over 55 years. Despite the introduction of more modern types of traction, a significant number are still in use, both on the mainline and on heritage railways.As of January 2020, 78 locomotives still exist as Class 47s, with further examples having been converted to other classes; 32 Class 47s have been preserved, and 34 retain "operational status" on the mainline.
R30186RailRoad Plus BR Infrastructure, Class 47, Co-Co, 47803
The British Rail Class 47 is a class of British railway diesel-electric locomotive that was developed in the 1960s by Brush Traction. A total of 512 Class 47s were built at Crewe Works and Brush's Falcon Works, Loughborough between 1962 and 1968, which made them the most numerous Class of British mainline diesel locomotive. They were classified as Type 4s.They were fitted with the Sulzer 12LDA28C twin-bank twelve-cylinder unit producing 2,750 bhp (2,050 kW) - though this was later derated to 2,580 bhp (1,920 kW) to improve reliability - and have been used on both passenger and freight trains on Britain's railways for over 50 years. Despite the introduction of more modern types of traction, a significant number are still in use, both on the mainline and on heritage railways. As of October 2016, 81 locomotives still exist as Class 47s, with further examples having been converted to other classes; 30 retain "operational status" on the mainline.By 1986, only five of the original 512 locomotives had been withdrawn from service, all because of serious accident damage. However, with work for the Class declining due to the introduction of new rolling stock and spare parts becoming difficult to source, some inroads started being made.The first locomotives to be targeted were the non-standard pilot batch of 20, now numbered 47 401-47 420. Three locomotives were withdrawn as life-expired in February 1986 and the remainder of the batch that had not recently been overhauled followed in the next two years. All 20 were withdrawn by 1992.Meanwhile, BR drew up a 'hit-list' of locomotives for early withdrawal, mainly including those with non-standard electrical equipment, known as series parallel locomotives. In the outset, withdrawals were slow, mainly due to the surplus of spare parts and new flows of freight traffic which required extra locomotives; only 61 locomotives had been withdrawn by the end of 1992. However, with the introduction of new locomotives, the rate of withdrawal quickly rose, with 86 more 47s reaching the end of their lives in the next three years. With most of the non-standard locomotives withdrawn, the reduction of the fleet again proceeded more slowly. The privatisation of British Rail also produced new independent rail companies needing available traction until they could order new locomotives. From 1996 to 2006, an average of around fifteen locomotives per year were taken out of service.
917001GWR LORIOT Y 41989
The GWR allocated the code ‘Loriot’ to flat wagons designed to move earth moving and plant machinery. The first appeared in 1892 and a family look soon evolved, with the wagon’s deck angled upwards at each end to clear the axles.
One new ‘Loriot’ was built in 1937. It was built to Diagram G39 and coded ‘Loriot Y’. But it didn’t look like the rest of the ‘Loriot’ family.
Originally, the GWR considered it to be an addition to its ‘Loriot W’ fleet. However, it was built from assembled ‘I’ beam girders rather than rolled beams, a feature first used on the ‘Crocodile’ bogie well wagons of 1908. Consequently, it was re-classified ‘Loriot Y’. A second ‘Loriot Y’ was built in 1939.
Both were painted with instructions that, when empty, they must be returned to Swindon. They would have run over large areas of the GWR’s network, moving excavators and other plant, particularly during the Second World War.
However, records for these two vehicles are few and far between. No. 41989 found fame when it starred in The Titfield Thunderbolt, where it was pressed into service to carry Dan’s house. It is believed to have been scrapped not long after the filming in 1953.
Sister ‘Loriot Y’ No. 41990 fared better. It remained in revenue-earning service until at least 1990 at Radyr Engineers Yard. Eventually, as DW41990 (coded ‘ZXP’ on TOPS), it moved to Bescot from where it was condemned in 1994. Saved at the 11th hour, it moved to the Severn Valley Railway where it remains to this day.
917002GWR LORIOT Y 41990
The GWR allocated the code ‘Loriot’ to flat wagons designed to move earth moving and plant machinery. The first appeared in 1892 and a family look soon evolved, with the wagon’s deck angled upwards at each end to clear the axles.
One new ‘Loriot’ was built in 1937. It was built to Diagram G39 and coded ‘Loriot Y’. But it didn’t look like the rest of the ‘Loriot’ family.
Originally, the GWR considered it to be an addition to its ‘Loriot W’ fleet. However, it was built from assembled ‘I’ beam girders rather than rolled beams, a feature first used on the ‘Crocodile’ bogie well wagons of 1908. Consequently, it was re-classified ‘Loriot Y’. A second ‘Loriot Y’ was built in 1939.
Both were painted with instructions that, when empty, they must be returned to Swindon. They would have run over large areas of the GWR’s network, moving excavators and other plant, particularly during the Second World War.
However, records for these two vehicles are few and far between. No. 41989 found fame when it starred in The Titfield Thunderbolt, where it was pressed into service to carry Dan’s house. It is believed to have been scrapped not long after the filming in 1953.
Sister ‘Loriot Y’ No. 41990 fared better. It remained in revenue-earning service until at least 1990 at Radyr Engineers Yard. Eventually, as DW41990 (coded ‘ZXP’ on TOPS), it moved to Bescot from where it was condemned in 1994. Saved at the 11th hour, it moved to the Severn Valley Railway where it remains to this day.

















