What George Stephenson Taught Me About Building Model Railways - Model Railway Engineer

What George Stephenson Taught Me About Building Model Railways

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george stephensonGeorge Stephenson (1781-1848) was one of the all time great engineers. But you already knew that. What you probably don’t know are all the wonderful things we can learn from him that will improve our model railway building.

George Stephenson is one of my all time heroes.

The “father of railways” came from humble beginnings, and despite not being able to read until he was twenty, he ended up with vast wealth, international fame and owning a huge country estate. He developed not just the ‘locomotive engine’ but a world-wide standard for rail-tracks that’s still in use today. He also built bridges, tunnels and other civil engineering works that were unprecedented for their size and technical novelty. He also invented a mining safety lamp, devised a way to grow straight cucumbers and pioneered an early form of battery chicken farming.

They don’t make them like that anymore.

He was the original railway engineer and I’ve learnt some of my most important lessons about building tiny railways from him.

Model Your Models

You’re George Stephenson, you have an idea for something completely new, a revolution in engineering in fact, but have no idea how to create it. Experimenting with full size engines would be too expensive. What to do?

Create a trial version in model form of course.

Throughout his life, Stephenson experimented and worked out his ideas by making small models first.

And this works just as well for our model railways as it did for Stephenson’s locomotives and steam machines.

No, I’m not talking about creating models within models, such as the model railways in model villages so beloved by @timdunn – although they are very cool.

Instead, do what Stephenson did and practice and perfect the design of your ideas in model form first. Specifically, if you have a bridge or building planned for your railway, make up a rough version of it. Try its construction and position before starting on the real thing and avoid frustrating and expensive mistakes.

> What structures – bridges, viaducts and stations – do you have planned? Take a hint from the father of railways and test their construction out first with a model.

See The Long Term Picture

George Stephenson was clever, but more than that – he had vision.

He alone saw that all the individual railways being built would one day need to be connected. Unlike his rival to the railway crown, Isambard Kingdom Brunel, he realised that railways should be built to the same gauge to enable this.

Planning ahead on your railway will save lots of work and heart ache later and I always try to think about the long term when planning my layouts.

Just as how Stephenson foresaw what would happen once the owners had built their railways – they’d be joined together – I’ve learnt to try and imagine what will happen on my layouts after I’m done with the initial plans. What might I add later…

As a result my current baseboard is built to be extended and I’ve designed in spurs for easy connection to other circuits.

> What might you do with your layouts later? Think of what you can do now that will make things easier in the future.

Play With Clay

Most people know of George Stephenson for his steam locomotives. But he also dabbled in model building and his choice of material has become one of my favourite materials for railway modelling: Clay.

Aged just 8 years old, Stephenson would use clay from a bog at Dewley Burn and to make models of the steam pumping engines he’d seen around around the coal mines where his father worked.

Clay is a railway modellers best friend.

And it’s ideal for model railways. It’s cheap, long lasting and very adaptable. It’s used to improve the look of track sides, add texture and realism to foam board buildings, road surfaces and on its own to make small stone work constructions – dry stone walls etc (master model maker Ian Robinson is a guru of clay stone work). I use it to add natural look to the foam-board walls of my Tin mine. It can also be used as a mould for metal casting, wheels and the like.

> What structures on your N or OO gauge railway could you make from clay?

Improve It Incrementally

Blucher steam engine stepheson

Improve your railway with improvements, like Stephenson did the Blücher, his first steam train.

I was dead proud of my early railways. They worked and I was so chuffed with them, much like Stephenson must have been when he built Blücher, in 1814. It was the first ever rail locomotive and could pull a train of 30 tons at 4mph up a gradient of 1 in 450!

But the Blücher repeatedly broke down and its power and weight chewed up the tracks. And if truth be told, my layouts weren’t that reliable either.

What he did, and what we can all learn from, is to never stop tweaking and improving our work.

For Stephenson this meant changing the steam flow, so increasing the efficiency of the boiler, and producing more power and improving reliability. For me, I’m on my third signal box for my Cornish layout, replacing the polythene windows and weathering the external paintwork and not stopping until I’m happy with it. Equally, my under board electrics have undergone constant rewiring. While Stephenson mastered steam, I’ve mastered the soldering iron!

>Take a look at your layout, what needs improving? What can you do better? Track work, scenery, buildings, electrics? Pick one and improve it today, George Stephenson would.

Trackwork Tactics

Lastly – but perhaps the most important thing I’ve learnt from the great man – is to mirror his approach to track work.

He worked out that smooth track was critical for the running of reliable trains and wouldn’t compromise on the quality of the rails. Before he figured it out, the track on experimental railways was uneven and poorly built.

This was most evident when he was asked for his choice of rails for the Stockton and Darlington Railway. He had a patent on cast-iron rails and stood to gain significant financial reward by using his design but when asked which track should be used for the new line he recommended an alternative, malleable rails. His logic being that malleable rails were stronger and thus cost less to maintain even though it cost him £500.

The importance he placed on having good track work can also be seen in his creation of the half-lap joint. His joint reduced the jolt on the wheels as they rolled from rail to rail to prevent derailments and improve the ride.

Stephenson half-lap-joint

Learn from Stephenson when he invented the half-lap joint.

As you’re reading Model Railway Engineer, I’m guessing that you’re laying your own track so follow his lead. For me this means avoiding inclines where possible – with the exception of when I want inclines for interest or when reflecting a prototype landscape – and rigorously testing my track joints to give a smooth transition between rails.

Not doing so, in the great man’s own words, will leave owners facing “no end of expense for repairs”.

These are just five of the many things railway modellers can learn from the “father of railways”. If you’re interested in learning more about George Stephenson I can recommend The Lives of the Engineers. George and Robert Stephenson. The Locomotive. It’s a fascinating insight into their lives, with bags of detail not only on how railways evolved but the people of the time and problems they faced.



    • Hi, you shouldn’t get these anymore. Let me know if there’s anything else I can help with. Thanks Andy.