Model: OO gauge direct current. Equipped with a motor, flywheel, light change, 21-pin interface, interior lighting, NEM coupling receptacles and etched name plates. English operating instructions.

Model: OO gauge. Freight wagon KQA/KTA container wagon 4907.011-7 of Tiphook Rail.Prototype: In the 1990s, the increasing use of 9'6" containers, known as high-cube containers, caused problems for freight operators transporting them on height-restricted British railway lines using conventional intermodal flat wagons. Tiphook’s approach to solving this problem was not the conventional solution of lowering the platform and using smaller wheels. Instead, they designed a lattice platform positioned

Model: OO gauge DC. Freight wagon KQA/KTA container wagon GERS 97763 of Touax.Prototype: In the 1990s, the increasing use of 9'6" containers, known as high-cube containers, caused problems for freight operators transporting them on height-restricted British railway lines using conventional intermodal flat wagons. Tiphook’s approach to solving this problem was not the conventional solution of lowering the platform and using smaller wheels. Instead, they designed a lattice platform positioned deep

Model: OO gauge DC. Freight wagon KQA/KTA container wagon GERS 97752 of Touax.Prototype: In the 1990s, the increasing use of 9'6" containers, known as high-cube containers, caused problems for freight operators transporting them on height-restricted British railway lines using conventional intermodal flat wagons. Tiphook’s approach to solving this problem was not the conventional solution of lowering the platform and using smaller wheels. Instead, they designed a lattice platform positioned deep

Model: OO gauge DC. Freight wagon KQA/KTA container wagon 4907 033 1 of Tiphook Rail.Prototype: In the 1990s, the increasing use of 9'6" containers, known as high-cube containers, caused problems for freight operators transporting them on height-restricted British railway lines using conventional intermodal flat wagons. Tiphook’s approach to solving this problem was not the conventional solution of lowering the platform and using smaller wheels. Instead, they designed a lattice platform position