Ejector pin marks are small depressions or marks left on a model part after it has been ejected from the mould during...
Valid to UK only - excludes oversized items
Ejector pin marks are small depressions or marks left on a model part after it has been ejected from the mould during...
The Tri-ang Series 3 Track refers to a type of model railway track produced by the Tri-ang Railways company. Tri-ang...
There are figures on the market designed purely for populating coaches. The ones that spring to mind are the Noch...
A Capacitor Discharge Unit (CDU) is a device that can be used in conjunction with a point motor in model railways to...
When modelling trees in OO gauge (1:76 scale), the correct size depends on the type of tree you are replicating and...
Creating gradient variations for a model railway track can add realism and interest to a layout. Here are a few ways to create gradient variations easily:
Use inclines: These are small, plastic or foam blocks that can be placed under the track to elevate it. They come in various sizes, allowing a modeller to create a gradual slope. A number of manufacturers produce foam block riser kits. These have the advantage of being light, simple to work with and can be easily cut and shaped to suit a specific layout.
Use ballast: It is possible to use different shades of ballast to create the illusion of a gradient. This can be achieved by mixing different shades of ballast or by using different shades of paint on the ballast to create variations in colour.
Use a rasp or file: A rasp or file can be used to shape the track bed, creating a gradual slope. This method requires some manual labour, but it can give a modeller more control over the gradient.
Use a combination of the above methods: Combining the use of risers, ballast and shaping the track bed can help create a more realistic and varied gradient. It is also worth considering what type of locomotive the layout is intended for. High-speed Passenger Trains work on a gradient of up to 4 degrees on average, whereas slower Freight Train operators prefer as gentle a gradient as possible, rarely exceeding 1.5 degrees.
It is important to keep in mind that creating gradient variations is inevitably a gradual process. It might take several steps and so it is best to adopt a methodical approach and test the gradient before settling on a specific configuration. The gradient should be consistent and if curved should also have minimal camber to keep the track stable and secure to avoid derailing.
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