In the world of scale modelling, greeblies (or "greebles") refer to small, intricate details you add to your models...
Valid to UK only - excludes oversized items
In the world of scale modelling, greeblies (or "greebles") refer to small, intricate details you add to your models...
The difference between plastic cement and plastic glue lies primarily in how they work and the type of bond they...
Balsa glue is a specialised adhesive designed specifically for bonding balsa wood. It's often the preferred choice...
Using a back-to-back gauge for your model railway ensures that the wheels on your rolling stock are spaced correctly...
A poly-cap is a type of plastic cap often used in model-making kits, especially for assembling figurines or model...
The term 'Banker Engine' refers to a locomotive that assists in pushing or pulling trains up steep gradients or inclines. These gradients are commonly referred to as "banks" in British railway terminology. Banker engines are utilized to provide additional power and traction to overcome the increased resistance faced by trains when ascending such inclines.
Banker engines are typically positioned at the rear or front of a train, depending on the specific railway layout and operational requirements. They work in conjunction with the primary locomotive, either by pushing the train from behind or by pulling it from the front. By doing so, the banker engine helps to maintain the necessary speed and prevent the train from stalling or losing momentum on the uphill sections of the track.
The use of banker engines is particularly prevalent in areas with challenging topography, such as hilly or mountainous regions. They play a crucial role in ensuring the efficient and reliable movement of trains, especially when dealing with heavy loads or long trains that would otherwise struggle to ascend steep gradients under their own power.
They are also known as helper engines and pusher engines in the USA and Canada.
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