Graham Farish & EFE N Gauge

The Class 350 wears the London Northwestern Railway livery – with its contrasting shades of grey and green – so very well, and this attractive scheme has been scaled down and applied to the N scale model using Graham Farish’s usual attention to detail. The model is equipped with a powerful drive mechanism which incorporates a flywheel for smooth operation and is fitted with 6-pin decoder sockets making it easy to equip the model for use on DCC.

Finished in the blue, orange and red livery of the prototype, this new model builds on the success of the Graham Farish Class 350 EMU and like the real Class 450s, the pantograph well is modelled unoccupied and instead, contact shoes are fitted to the bogies for third-rail current collection. The model is equipped with a powerful drive mechanism which incorporates a flywheel for smooth operation and is fitted with 6-pin decoder sockets making it easy to equip the model for use on DCC.

Early 14 Ton Tank Wagons with timber saddles, cradles and wire hawsers were built in response to the need for oil products to fuel Britain’s rapid development during the early-twentieth century, along with two world wars. As the hostilities of World War Two drew to a close, a new design of tank with a central anchor mechanism securing the tank to the chassis was agreed between the private operators, the Petroleum Board and the railway companies. Construction of this new wagon did not pick up pace until the early-1950s, and with the introduction of larger, vacuum braked tank wagons during the late-1950s, the Anchor-Mount design soon became obsolete, and the final wagons of this type were built in 1963.

Early 14 Ton Tank Wagons with timber saddles, cradles and wire hawsers were built in response to the need for oil products to fuel Britain’s rapid development during the early-twentieth century, along with two world wars. As the hostilities of World War Two drew to a close, a new design of tank with a central anchor mechanism securing the tank to the chassis was agreed between the private operators, the Petroleum Board and the railway companies. Construction of this new wagon did not pick up pace until the early-1950s, and with the introduction of larger, vacuum braked tank wagons during the late-1950s, the Anchor-Mount design soon became obsolete, and the final wagons of this type were built in 1963.

Early 14 Ton Tank Wagons with timber saddles, cradles and wire hawsers were built in response to the need for oil products to fuel Britain’s rapid development during the early-twentieth century, along with two world wars. As the hostilities of World War Two drew to a close, a new design of tank with a central anchor mechanism securing the tank to the chassis was agreed between the private operators, the Petroleum Board and the railway companies. Construction of this new wagon did not pick up pace until the early-1950s, and with the introduction of larger, vacuum braked tank wagons during the late-1950s, the Anchor-Mount design soon became obsolete, and the final wagons of this type were built in 1963.

Early 14 Ton Tank Wagons with timber saddles, cradles and wire hawsers were built in response to the need for oil products to fuel Britain’s rapid development during the early-twentieth century, along with two world wars. As the hostilities of World War Two drew to a close, a new design of tank with a central anchor mechanism securing the tank to the chassis was agreed between the private operators, the Petroleum Board and the railway companies. Construction of this new wagon did not pick up pace until the early-1950s, and with the introduction of larger, vacuum braked tank wagons during the late-1950s, the Anchor-Mount design soon became obsolete, and the final wagons of this type were built in 1963.

Early 14 Ton Tank Wagons with timber saddles, cradles and wire hawsers were built in response to the need for oil products to fuel Britain’s rapid development during the early-twentieth century, along with two world wars. As the hostilities of World War Two drew to a close, a new design of tank with a central anchor mechanism securing the tank to the chassis was agreed between the private operators, the Petroleum Board and the railway companies. Construction of this new wagon did not pick up pace until the early-1950s, and with the introduction of larger, vacuum braked tank wagons during the late-1950s, the Anchor-Mount design soon became obsolete, and the final wagons of this type were built in 1963.

Early 14 Ton Tank Wagons with timber saddles, cradles and wire hawsers were built in response to the need for oil products to fuel Britain’s rapid development during the early-twentieth century, along with two world wars. As the hostilities of World War Two drew to a close, a new design of tank with a central anchor mechanism securing the tank to the chassis was agreed between the private operators, the Petroleum Board and the railway companies. Construction of this new wagon did not pick up pace until the early-1950s, and with the introduction of larger, vacuum braked tank wagons during the late-1950s, the Anchor-Mount design soon became obsolete, and the final wagons of this type were built in 1963.

Early 14 Ton Tank Wagons with timber saddles, cradles and wire hawsers were built in response to the need for oil products to fuel Britain’s rapid development during the early-twentieth century, along with two world wars. As the hostilities of World War Two drew to a close, a new design of tank with a central anchor mechanism securing the tank to the chassis was agreed between the private operators, the Petroleum Board and the railway companies. Construction of this new wagon did not pick up pace until the early-1950s, and with the introduction of larger, vacuum braked tank wagons during the late-1950s, the Anchor-Mount design soon became obsolete, and the final wagons of this type were built in 1963.

Early 14 Ton Tank Wagons with timber saddles, cradles and wire hawsers were built in response to the need for oil products to fuel Britain’s rapid development during the early-twentieth century, along with two world wars. As the hostilities of World War Two drew to a close, a new design of tank with a central anchor mechanism securing the tank to the chassis was agreed between the private operators, the Petroleum Board and the railway companies. Construction of this new wagon did not pick up pace until the early-1950s, and with the introduction of larger, vacuum braked tank wagons during the late-1950s, the Anchor-Mount design soon became obsolete, and the final wagons of this type were built in 1963.

Early 14 Ton Tank Wagons with timber saddles, cradles and wire hawsers were built in response to the need for oil products to fuel Britain’s rapid development during the early-twentieth century, along with two world wars. As the hostilities of World War Two drew to a close, a new design of tank with a central anchor mechanism securing the tank to the chassis was agreed between the private operators, the Petroleum Board and the railway companies. Construction of this new wagon did not pick up pace until the early-1950s, and with the introduction of larger, vacuum braked tank wagons during the late-1950s, the Anchor-Mount design soon became obsolete, and the final wagons of this type were built in 1963.

Early 14 Ton Tank Wagons with timber saddles, cradles and wire hawsers were built in response to the need for oil products to fuel Britain’s rapid development during the early-twentieth century, along with two world wars. As the hostilities of World War Two drew to a close, a new design of tank with a central anchor mechanism securing the tank to the chassis was agreed between the private operators, the Petroleum Board and the railway companies. Construction of this new wagon did not pick up pace until the early-1950s, and with the introduction of larger, vacuum braked tank wagons during the late-1950s, the Anchor-Mount design soon became obsolete, and the final wagons of this type were built in 1963.

Early 14 Ton Tank Wagons with timber saddles, cradles and wire hawsers were built in response to the need for oil products to fuel Britain’s rapid development during the early-twentieth century, along with two world wars. As the hostilities of World War Two drew to a close, a new design of tank with a central anchor mechanism securing the tank to the chassis was agreed between the private operators, the Petroleum Board and the railway companies. Construction of this new wagon did not pick up pace until the early-1950s, and with the introduction of larger, vacuum braked tank wagons during the late-1950s, the Anchor-Mount design soon became obsolete, and the final wagons of this type were built in 1963.

Early 14 Ton Tank Wagons with timber saddles, cradles and wire hawsers were built in response to the need for oil products to fuel Britain’s rapid development during the early-twentieth century, along with two world wars. As the hostilities of World War Two drew to a close, a new design of tank with a central anchor mechanism securing the tank to the chassis was agreed between the private operators, the Petroleum Board and the railway companies. Construction of this new wagon did not pick up pace until the early-1950s, and with the introduction of larger, vacuum braked tank wagons during the late-1950s, the Anchor-Mount design soon became obsolete, and the final wagons of this type were built in 1963.

Rail has long played an important role in transporting fuel around the UK, the thirst for was growing strongly by the mid-twentieth century thanks to the advent of air travel, the private motor vehicle and the dieselisation of Britain’s railways. New, larger wagons were required to meet the demand for fuel transport and the TEA Bogie Tank Wagon provided the answer. The first examples were built during the 1960s with construction of similar types continuing for several decades. TEAs and their derivatives remain the core mode of transport for oil and fuel products today.

Rail has long played an important role in transporting fuel around the UK, the thirst for was growing strongly by the mid-twentieth century thanks to the advent of air travel, the private motor vehicle and the dieselisation of Britain’s railways. New, larger wagons were required to meet the demand for fuel transport and the TEA Bogie Tank Wagon provided the answer. The first examples were built during the 1960s with construction of similar types continuing for several decades. TEAs and their derivatives remain the core mode of transport for oil and fuel products today.

Rail has long played an important role in transporting fuel around the UK, the thirst for was growing strongly by the mid-twentieth century thanks to the advent of air travel, the private motor vehicle and the dieselisation of Britain’s railways. New, larger wagons were required to meet the demand for fuel transport and the TEA Bogie Tank Wagon provided the answer. The first examples were built during the 1960s with construction of similar types continuing for several decades. TEAs and their derivatives remain the core mode of transport for oil and fuel products today.

Rail has long played an important role in transporting fuel around the UK, the thirst for was growing strongly by the mid-twentieth century thanks to the advent of air travel, the private motor vehicle and the dieselisation of Britain’s railways. New, larger wagons were required to meet the demand for fuel transport and the TEA Bogie Tank Wagon provided the answer. The first examples were built during the 1960s with construction of similar types continuing for several decades. TEAs and their derivatives remain the core mode of transport for oil and fuel products today.

Rail has long played an important role in transporting fuel around the UK, the thirst for was growing strongly by the mid-twentieth century thanks to the advent of air travel, the private motor vehicle and the dieselisation of Britain’s railways. New, larger wagons were required to meet the demand for fuel transport and the TEA Bogie Tank Wagon provided the answer. The first examples were built during the 1960s with construction of similar types continuing for several decades. TEAs and their derivatives remain the core mode of transport for oil and fuel products today.

Rail has long played an important role in transporting fuel around the UK, the thirst for was growing strongly by the mid-twentieth century thanks to the advent of air travel, the private motor vehicle and the dieselisation of Britain’s railways. New, larger wagons were required to meet the demand for fuel transport and the TEA Bogie Tank Wagon provided the answer. The first examples were built during the 1960s with construction of similar types continuing for several decades. TEAs and their derivatives remain the core mode of transport for oil and fuel products today.

Rail has long played an important role in transporting fuel around the UK, the thirst for was growing strongly by the mid-twentieth century thanks to the advent of air travel, the private motor vehicle and the dieselisation of Britain’s railways. New, larger wagons were required to meet the demand for fuel transport and the TEA Bogie Tank Wagon provided the answer. The first examples were built during the 1960s with construction of similar types continuing for several decades. TEAs and their derivatives remain the core mode of transport for oil and fuel products today.

Rail has long played an important role in transporting fuel around the UK, the thirst for was growing strongly by the mid-twentieth century thanks to the advent of air travel, the private motor vehicle and the dieselisation of Britain’s railways. New, larger wagons were required to meet the demand for fuel transport and the TEA Bogie Tank Wagon provided the answer. The first examples were built during the 1960s with construction of similar types continuing for several decades. TEAs and their derivatives remain the core mode of transport for oil and fuel products today.

Rail has long played an important role in transporting fuel around the UK, the thirst for was growing strongly by the mid-twentieth century thanks to the advent of air travel, the private motor vehicle and the dieselisation of Britain’s railways. New, larger wagons were required to meet the demand for fuel transport and the TEA Bogie Tank Wagon provided the answer. The first examples were built during the 1960s with construction of similar types continuing for several decades. TEAs and their derivatives remain the core mode of transport for oil and fuel products today.

Rail has long played an important role in transporting fuel around the UK, the thirst for was growing strongly by the mid-twentieth century thanks to the advent of air travel, the private motor vehicle and the dieselisation of Britain’s railways. New, larger wagons were required to meet the demand for fuel transport and the TEA Bogie Tank Wagon provided the answer. The first examples were built during the 1960s with construction of similar types continuing for several decades. TEAs and their derivatives remain the core mode of transport for oil and fuel products today.

The BR Standard 20 Ton Brake Van is a classic vehicle and a must for any freight collection or goods yard scene. A mandatory requirement as part of all goods trains until 1968, and in use well into the 1980s with unfitted trains and other selected services, the brake van provided braking facilities and offered the Guard a refuge from the elements in which to stay warm and dry, whilst observing operations via the end windows or side duckets.

The BR Standard 20 Ton Brake Van is a classic vehicle and a must for any freight collection or goods yard scene. A mandatory requirement as part of all goods trains until 1968, and in use well into the 1980s with unfitted trains and other selected services, the brake van provided braking facilities and offered the Guard a refuge from the elements in which to stay warm and dry, whilst observing operations via the end windows or side duckets.

The BR Standard 20 Ton Brake Van is a classic vehicle and a must for any freight collection or goods yard scene. A mandatory requirement as part of all goods trains until 1968, and in use well into the 1980s with unfitted trains and other selected services, the brake van provided braking facilities and offered the Guard a refuge from the elements in which to stay warm and dry, whilst observing operations via the end windows or side duckets.

The BR Standard 20 Ton Brake Van is a classic vehicle and a must for any freight collection or goods yard scene. A mandatory requirement as part of all goods trains until 1968, and in use well into the 1980s with unfitted trains and other selected services, the brake van provided braking facilities and offered the Guard a refuge from the elements in which to stay warm and dry, whilst observing operations via the end windows or side duckets.

The BR Standard 20 Ton Brake Van is a classic vehicle and a must for any freight collection or goods yard scene. A mandatory requirement as part of all goods trains until 1968, and in use well into the 1980s with unfitted trains and other selected services, the brake van provided braking facilities and offered the Guard a refuge from the elements in which to stay warm and dry, whilst observing operations via the end windows or side duckets.

The BR Standard 20 Ton Brake Van is a classic vehicle and a must for any freight collection or goods yard scene. A mandatory requirement as part of all goods trains until 1968, and in use well into the 1980s with unfitted trains and other selected services, the brake van provided braking facilities and offered the Guard a refuge from the elements in which to stay warm and dry, whilst observing operations via the end windows or side duckets.

The BR Standard 20 Ton Brake Van is a classic vehicle and a must for any freight collection or goods yard scene. A mandatory requirement as part of all goods trains until 1968, and in use well into the 1980s with unfitted trains and other selected services, the brake van provided braking facilities and offered the Guard a refuge from the elements in which to stay warm and dry, whilst observing operations via the end windows or side duckets.