Todos πŸš‚ Locomotoras πŸšƒ Vagones πŸš‹ Coches de viajeros πŸš† Conjuntos πŸ›€οΈ Vías πŸ”§ Accesorios ⚑ Digital / DCC

(18888 productos)

Model: OO gauge DC. The LSWR Cross Country passenger coach set from EFE Rail in 00 gauge is a high-quality and detailed model for demanding model railway enthusiasts. The wagons are exactly reproduced on a scale of 1:76. The couplers are equipped with NEM 362 coupler pockets, KKK and English hook couplers and ensure easy connection with other models. The carriages have the road numbers on them, giving them an authentic look. The set is suitable for use on British Era 3 model railway layouts.
EFE Rail
Model: OO gauge DC. The LSWR Cross Country passenger coach set from EFE Rail in 00 gauge is a high-quality and detailed model for demanding model railway enthusiasts. The wagons are exactly reproduced on a scale of 1:76. The couplers are equipped with NEM 362 coupler pockets, KKK and English hook couplers and ensure easy connection with other models. The carriages have the road numbers on them, giving them an authentic look. The set is suitable for use on British Era 3 model railway layouts.
EFER E86012
OO
Model: OO gauge DC. Equipped with NEM coupler pockets, hook couplers.
Bachmann
Model: OO gauge DC. Equipped with NEM coupler pockets, hook couplers.
BACH 39-852
OO
Model: OO gauge DC. Equipped with NEM coupler pockets, hook couplers.
Bachmann
Model: OO gauge DC. Equipped with NEM coupler pockets, hook couplers.
BACH 39-261C
OO
Model: OO gauge DC. Freight wagon 12t Planked Ventilated Van of the ARMY.Prototype: British railways were originally developed primarily for freight transport, and early railway companies used a wide variety of wagon types to carry goods requiring covered transport. Each railway company had its own designs, and the London Midland and Scottish Railway (LMS) was no exception. Many of their freight wagons had a wheelbase of 10 feet and a load capacity of 12 tons.
Bachmann
Model: OO gauge DC. Freight wagon 12t Planked Ventilated Van of the ARMY.Prototype: British railways were originally developed primarily for freight transport, and early railway companies used a wide variety of wagon types to carry goods requiring covered transport. Each railway company had its own designs, and the London Midland and Scottish Railway (LMS) was no exception. Many of their freight wagons had a wheelbase of 10 feet and a load capacity of 12 tons.
BACH 37-806A
OO
Model: OO9 gauge. This is a 1st and 3rd class composite coach. This had 6 compartments, the centre two being for first class passengers.
Peco
Model: OO9 gauge. This is a 1st and 3rd class composite coach. This had 6 compartments, the centre two being for first class passengers.
PECO GR-400B
OO
Model: OO Gauge DC. GWR passenger car Corridor Toplight Brake Third RH W3565W.Prototype: The prototype coaches were constructed between 1914 and 1920 made of steel body sides with an absence of panelling but with bolection mouldings around the windows and frosted glass top light windows, sitting on Churchward 9’-0” bogies. They were designed to operate as a set comprising Left hand and right-hand Brake Thirds, 1 or 2-Thirds and left hand and right-hand Composites enabling all corridor windows to
Dapol Ltd
Model: OO Gauge DC. GWR passenger car Corridor Toplight Brake Third RH W3565W.Prototype: The prototype coaches were constructed between 1914 and 1920 made of steel body sides with an absence of panelling but with bolection mouldings around the windows and frosted glass top light windows, sitting on Churchward 9’-0” bogies. They were designed to operate as a set comprising Left hand and right-hand Brake Thirds, 1 or 2-Thirds and left hand and right-hand Composites enabling all corridor windows to
DAPO 4P-021-605
OO
Model: OO Gauge DC. Passenger car Corridor Toplight Brake Third LH W3596W of the GWR.Prototype: The prototype coaches were constructed between 1914 and 1920 made of steel body sides with an absence of panelling but with bolection mouldings around the windows and frosted glass top light windows, sitting on Churchward 9’-0” bogies. They were designed to operate as a set comprising Left hand and right-hand Brake Thirds, 1 or 2-Thirds and left hand and right-hand Composites enabling all corridor win
Dapol Ltd
Model: OO Gauge DC. Passenger car Corridor Toplight Brake Third LH W3596W of the GWR.Prototype: The prototype coaches were constructed between 1914 and 1920 made of steel body sides with an absence of panelling but with bolection mouldings around the windows and frosted glass top light windows, sitting on Churchward 9’-0” bogies. They were designed to operate as a set comprising Left hand and right-hand Brake Thirds, 1 or 2-Thirds and left hand and right-hand Composites enabling all corridor win
DAPO 4P-021-604
OO
Model: OO Gauge DC. Passenger car Corridor Toplight Composite RH W6941W of the GWR.Prototype: The prototype coaches were constructed between 1914 and 1920 made of steel body sides with an absence of panelling but with bolection mouldings around the windows and frosted glass top light windows, sitting on Churchward 9’-0” bogies. They were designed to operate as a set comprising Left hand and right-hand Brake Thirds, 1 or 2-Thirds and left hand and right-hand Composites enabling all corridor windo
Dapol Ltd
Model: OO Gauge DC. Passenger car Corridor Toplight Composite RH W6941W of the GWR.Prototype: The prototype coaches were constructed between 1914 and 1920 made of steel body sides with an absence of panelling but with bolection mouldings around the windows and frosted glass top light windows, sitting on Churchward 9’-0” bogies. They were designed to operate as a set comprising Left hand and right-hand Brake Thirds, 1 or 2-Thirds and left hand and right-hand Composites enabling all corridor windo
DAPO 4P-021-603
OO
Model: OO Gauge DC. Passenger car Corridor Toplight Composite LH W6944W of the GWR.Prototype: The prototype coaches were constructed between 1914 and 1920 made of steel body sides with an absence of panelling but with bolection mouldings around the windows and frosted glass top light windows, sitting on Churchward 9’-0” bogies. They were designed to operate as a set comprising Left hand and right-hand Brake Thirds, 1 or 2-Thirds and left hand and right-hand Composites enabling all corridor windo
Dapol Ltd
Model: OO Gauge DC. Passenger car Corridor Toplight Composite LH W6944W of the GWR.Prototype: The prototype coaches were constructed between 1914 and 1920 made of steel body sides with an absence of panelling but with bolection mouldings around the windows and frosted glass top light windows, sitting on Churchward 9’-0” bogies. They were designed to operate as a set comprising Left hand and right-hand Brake Thirds, 1 or 2-Thirds and left hand and right-hand Composites enabling all corridor windo
DAPO 4P-021-602
OO
Model: OO Gauge DC. GWR Corridor Toplight All Third passenger car W3913W.Prototype: The prototype coaches were constructed between 1914 and 1920 made of steel body sides with an absence of panelling but with bolection mouldings around the windows and frosted glass top light windows, sitting on Churchward 9’-0” bogies. They were designed to operate as a set comprising Left hand and right-hand Brake Thirds, 1 or 2-Thirds and left hand and right-hand Composites enabling all corridor windows to be d
Dapol Ltd
Model: OO Gauge DC. GWR Corridor Toplight All Third passenger car W3913W.Prototype: The prototype coaches were constructed between 1914 and 1920 made of steel body sides with an absence of panelling but with bolection mouldings around the windows and frosted glass top light windows, sitting on Churchward 9’-0” bogies. They were designed to operate as a set comprising Left hand and right-hand Brake Thirds, 1 or 2-Thirds and left hand and right-hand Composites enabling all corridor windows to be d
DAPO 4P-021-601
OO
Model: OO Gauge DC. Passenger car Corridor Toplight 1947 Great Western Brake Third LH 3791 of the GWR.Prototype: The prototype coaches were constructed between 1914 and 1920 made of steel body sides with an absence of panelling but with bolection mouldings around the windows and frosted glass top light windows, sitting on Churchward 9’-0” bogies. They were designed to operate as a set comprising Left hand and right-hand Brake Thirds, 1 or 2-Thirds and left hand and right-hand Composites enabling
Dapol Ltd
Model: OO Gauge DC. Passenger car Corridor Toplight 1947 Great Western Brake Third LH 3791 of the GWR.Prototype: The prototype coaches were constructed between 1914 and 1920 made of steel body sides with an absence of panelling but with bolection mouldings around the windows and frosted glass top light windows, sitting on Churchward 9’-0” bogies. They were designed to operate as a set comprising Left hand and right-hand Brake Thirds, 1 or 2-Thirds and left hand and right-hand Composites enabling
DAPO 4P-021-505
OO
Model: OO Gauge DC. Passenger car Corridor Toplight 1947 Great Western Brake Third LH 3766 of the GWR.Prototype: The prototype coaches were constructed between 1914 and 1920 made of steel body sides with an absence of panelling but with bolection mouldings around the windows and frosted glass top light windows, sitting on Churchward 9’-0” bogies. They were designed to operate as a set comprising Left hand and right-hand Brake Thirds, 1 or 2-Thirds and left hand and right-hand Composites enabling
Dapol Ltd
Model: OO Gauge DC. Passenger car Corridor Toplight 1947 Great Western Brake Third LH 3766 of the GWR.Prototype: The prototype coaches were constructed between 1914 and 1920 made of steel body sides with an absence of panelling but with bolection mouldings around the windows and frosted glass top light windows, sitting on Churchward 9’-0” bogies. They were designed to operate as a set comprising Left hand and right-hand Brake Thirds, 1 or 2-Thirds and left hand and right-hand Composites enabling
DAPO 4P-021-504
OO
Model: OO Gauge DC. Passenger car Corridor Toplight 1947 Great Western Composite RH 6943 of the GWR.Prototype: The prototype coaches were constructed between 1914 and 1920 made of steel body sides with an absence of panelling but with bolection mouldings around the windows and frosted glass top light windows, sitting on Churchward 9’-0” bogies. They were designed to operate as a set comprising Left hand and right-hand Brake Thirds, 1 or 2-Thirds and left hand and right-hand Composites enabling a
Dapol Ltd
Model: OO Gauge DC. Passenger car Corridor Toplight 1947 Great Western Composite RH 6943 of the GWR.Prototype: The prototype coaches were constructed between 1914 and 1920 made of steel body sides with an absence of panelling but with bolection mouldings around the windows and frosted glass top light windows, sitting on Churchward 9’-0” bogies. They were designed to operate as a set comprising Left hand and right-hand Brake Thirds, 1 or 2-Thirds and left hand and right-hand Composites enabling a
DAPO 4P-021-503
OO
Model: OO Gauge DC. Passenger car Corridor Toplight 1947 Great Western Composite LH 6938 of the GWR.Prototype: The prototype coaches were constructed between 1914 and 1920 made of steel body sides with an absence of panelling but with bolection mouldings around the windows and frosted glass top light windows, sitting on Churchward 9’-0” bogies. They were designed to operate as a set comprising Left hand and right-hand Brake Thirds, 1 or 2-Thirds and left hand and right-hand Composites enabling a
Dapol Ltd
Model: OO Gauge DC. Passenger car Corridor Toplight 1947 Great Western Composite LH 6938 of the GWR.Prototype: The prototype coaches were constructed between 1914 and 1920 made of steel body sides with an absence of panelling but with bolection mouldings around the windows and frosted glass top light windows, sitting on Churchward 9’-0” bogies. They were designed to operate as a set comprising Left hand and right-hand Brake Thirds, 1 or 2-Thirds and left hand and right-hand Composites enabling a
DAPO 4P-021-502
OO
Model: OO Gauge DC. Passenger car Corridor Toplight 1947 Great Western All Third 3892 of the GWR.Prototype: The prototype coaches were constructed between 1914 and 1920 made of steel body sides with an absence of panelling but with bolection mouldings around the windows and frosted glass top light windows, sitting on Churchward 9’-0” bogies. They were designed to operate as a set comprising Left hand and right-hand Brake Thirds, 1 or 2-Thirds and left hand and right-hand Composites enabling all
Dapol Ltd
Model: OO Gauge DC. Passenger car Corridor Toplight 1947 Great Western All Third 3892 of the GWR.Prototype: The prototype coaches were constructed between 1914 and 1920 made of steel body sides with an absence of panelling but with bolection mouldings around the windows and frosted glass top light windows, sitting on Churchward 9’-0” bogies. They were designed to operate as a set comprising Left hand and right-hand Brake Thirds, 1 or 2-Thirds and left hand and right-hand Composites enabling all
DAPO 4P-021-501
OO
Model: OO Gauge DC. Passenger car Corridor Toplight 1940 Twin Cities Brake Third RH 3597 of the GWR.Prototype: The prototype coaches were constructed between 1914 and 1920 made of steel body sides with an absence of panelling but with bolection mouldings around the windows and frosted glass top light windows, sitting on Churchward 9’-0” bogies. They were designed to operate as a set comprising Left hand and right-hand Brake Thirds, 1 or 2-Thirds and left hand and right-hand Composites enabling a
Dapol Ltd
Model: OO Gauge DC. Passenger car Corridor Toplight 1940 Twin Cities Brake Third RH 3597 of the GWR.Prototype: The prototype coaches were constructed between 1914 and 1920 made of steel body sides with an absence of panelling but with bolection mouldings around the windows and frosted glass top light windows, sitting on Churchward 9’-0” bogies. They were designed to operate as a set comprising Left hand and right-hand Brake Thirds, 1 or 2-Thirds and left hand and right-hand Composites enabling a
DAPO 4P-021-405
OO
Model: OO Gauge DC. Passenger car Corridor Toplight 1940 Twin Cities Brake Third LH 3574 of the GWR.Prototype: The prototype coaches were constructed between 1914 and 1920 made of steel body sides with an absence of panelling but with bolection mouldings around the windows and frosted glass top light windows, sitting on Churchward 9’-0” bogies. They were designed to operate as a set comprising Left hand and right-hand Brake Thirds, 1 or 2-Thirds and left hand and right-hand Composites enabling a
Dapol Ltd
Model: OO Gauge DC. Passenger car Corridor Toplight 1940 Twin Cities Brake Third LH 3574 of the GWR.Prototype: The prototype coaches were constructed between 1914 and 1920 made of steel body sides with an absence of panelling but with bolection mouldings around the windows and frosted glass top light windows, sitting on Churchward 9’-0” bogies. They were designed to operate as a set comprising Left hand and right-hand Brake Thirds, 1 or 2-Thirds and left hand and right-hand Composites enabling a
DAPO 4P-021-404
OO
Model: OO Gauge DC. Passenger car Corridor Toplight 1940 Twin Cities Composite RH 6941 of the GWR.Prototype: The prototype coaches were constructed between 1914 and 1920 made of steel body sides with an absence of panelling but with bolection mouldings around the windows and frosted glass top light windows, sitting on Churchward 9’-0” bogies. They were designed to operate as a set comprising Left hand and right-hand Brake Thirds, 1 or 2-Thirds and left hand and right-hand Composites enabling all
Dapol Ltd
Model: OO Gauge DC. Passenger car Corridor Toplight 1940 Twin Cities Composite RH 6941 of the GWR.Prototype: The prototype coaches were constructed between 1914 and 1920 made of steel body sides with an absence of panelling but with bolection mouldings around the windows and frosted glass top light windows, sitting on Churchward 9’-0” bogies. They were designed to operate as a set comprising Left hand and right-hand Brake Thirds, 1 or 2-Thirds and left hand and right-hand Composites enabling all
DAPO 4P-021-403
OO
Model: OO Gauge DC. Passenger car Corridor Toplight 1940 Twin Cities Composite LH 6942 of the GWR.Prototype: The prototype coaches were constructed between 1914 and 1920 made of steel body sides with an absence of panelling but with bolection mouldings around the windows and frosted glass top light windows, sitting on Churchward 9’-0” bogies. They were designed to operate as a set comprising Left hand and right-hand Brake Thirds, 1 or 2-Thirds and left hand and right-hand Composites enabling all
Dapol Ltd
Model: OO Gauge DC. Passenger car Corridor Toplight 1940 Twin Cities Composite LH 6942 of the GWR.Prototype: The prototype coaches were constructed between 1914 and 1920 made of steel body sides with an absence of panelling but with bolection mouldings around the windows and frosted glass top light windows, sitting on Churchward 9’-0” bogies. They were designed to operate as a set comprising Left hand and right-hand Brake Thirds, 1 or 2-Thirds and left hand and right-hand Composites enabling all
DAPO 4P-021-402
OO
Model: OO Gauge DC. Passenger car Corridor Toplight 1940 Twin Cities All Third 3943 of the GWR.Prototype: The prototype coaches were constructed between 1914 and 1920 made of steel body sides with an absence of panelling but with bolection mouldings around the windows and frosted glass top light windows, sitting on Churchward 9’-0” bogies. They were designed to operate as a set comprising Left hand and right-hand Brake Thirds, 1 or 2-Thirds and left hand and right-hand Composites enabling all co
Dapol Ltd
Model: OO Gauge DC. Passenger car Corridor Toplight 1940 Twin Cities All Third 3943 of the GWR.Prototype: The prototype coaches were constructed between 1914 and 1920 made of steel body sides with an absence of panelling but with bolection mouldings around the windows and frosted glass top light windows, sitting on Churchward 9’-0” bogies. They were designed to operate as a set comprising Left hand and right-hand Brake Thirds, 1 or 2-Thirds and left hand and right-hand Composites enabling all co
DAPO 4P-021-401
OO
Model: OO Gauge DC. Passenger car Corridor Toplight 1935 Roundel Brake Third RH 3805 of the GWR.Prototype: The prototype coaches were constructed between 1914 and 1920 made of steel body sides with an absence of panelling but with bolection mouldings around the windows and frosted glass top light windows, sitting on Churchward 9’-0” bogies. They were designed to operate as a set comprising Left hand and right-hand Brake Thirds, 1 or 2-Thirds and left hand and right-hand Composites enabling all c
Dapol Ltd
Model: OO Gauge DC. Passenger car Corridor Toplight 1935 Roundel Brake Third RH 3805 of the GWR.Prototype: The prototype coaches were constructed between 1914 and 1920 made of steel body sides with an absence of panelling but with bolection mouldings around the windows and frosted glass top light windows, sitting on Churchward 9’-0” bogies. They were designed to operate as a set comprising Left hand and right-hand Brake Thirds, 1 or 2-Thirds and left hand and right-hand Composites enabling all c
DAPO 4P-021-305
OO
Model: OO Gauge DC. Passenger car Corridor Toplight 1935 Roundel Brake Third LH 3788 of the GWR.Prototype: The prototype coaches were constructed between 1914 and 1920 made of steel body sides with an absence of panelling but with bolection mouldings around the windows and frosted glass top light windows, sitting on Churchward 9’-0” bogies. They were designed to operate as a set comprising Left hand and right-hand Brake Thirds, 1 or 2-Thirds and left hand and right-hand Composites enabling all c
Dapol Ltd
Model: OO Gauge DC. Passenger car Corridor Toplight 1935 Roundel Brake Third LH 3788 of the GWR.Prototype: The prototype coaches were constructed between 1914 and 1920 made of steel body sides with an absence of panelling but with bolection mouldings around the windows and frosted glass top light windows, sitting on Churchward 9’-0” bogies. They were designed to operate as a set comprising Left hand and right-hand Brake Thirds, 1 or 2-Thirds and left hand and right-hand Composites enabling all c
DAPO 4P-021-304
OO
Model: OO Gauge DC. Passenger car Corridor Toplight 1935 Roundel Composite RH 6939 of the GWR.Prototype: The prototype coaches were constructed between 1914 and 1920 made of steel body sides with an absence of panelling but with bolection mouldings around the windows and frosted glass top light windows, sitting on Churchward 9’-0” bogies. They were designed to operate as a set comprising Left hand and right-hand Brake Thirds, 1 or 2-Thirds and left hand and right-hand Composites enabling all cor
Dapol Ltd
Model: OO Gauge DC. Passenger car Corridor Toplight 1935 Roundel Composite RH 6939 of the GWR.Prototype: The prototype coaches were constructed between 1914 and 1920 made of steel body sides with an absence of panelling but with bolection mouldings around the windows and frosted glass top light windows, sitting on Churchward 9’-0” bogies. They were designed to operate as a set comprising Left hand and right-hand Brake Thirds, 1 or 2-Thirds and left hand and right-hand Composites enabling all cor
DAPO 4P-021-303
OO
Model: OO Gauge DC. Passenger car Corridor Toplight 1935 Roundel Composite LH 6942 of the GWR.Prototype: The prototype coaches were constructed between 1914 and 1920 made of steel body sides with an absence of panelling but with bolection mouldings around the windows and frosted glass top light windows, sitting on Churchward 9’-0” bogies. They were designed to operate as a set comprising Left hand and right-hand Brake Thirds, 1 or 2-Thirds and left hand and right-hand Composites enabling all cor
Dapol Ltd
Model: OO Gauge DC. Passenger car Corridor Toplight 1935 Roundel Composite LH 6942 of the GWR.Prototype: The prototype coaches were constructed between 1914 and 1920 made of steel body sides with an absence of panelling but with bolection mouldings around the windows and frosted glass top light windows, sitting on Churchward 9’-0” bogies. They were designed to operate as a set comprising Left hand and right-hand Brake Thirds, 1 or 2-Thirds and left hand and right-hand Composites enabling all cor
DAPO 4P-021-302
OO