Monday, 13 November 2017

Guest: Richard Dee: Steampunk is closer than you think.

Hello everyone, I’m Richard Dee and I’m a Steampunk author. My world of Norlandia features in two novels, The Rocks of Aserol and A New Life in Ventis,

a short story collection, Tales from Norlandia,

and various other projects. As I’ve created a Steampunk world, I feel able to comment on how the technology has been developed from what we have, or had, in our world.

Only one thing really separates the world of today and the world of Steampunk. And I don’t mean the costumes, although they are pretty cool.

That thing is electricity, whether you like it or not, the thing that catapulted the Victorian world into the modern world was cheap electricity.

Some might say it was oil, or war. I disagree, oil only made things easier, war is a spur to invention but at a terrible cost.

So when we consider a Steampunk world, we have to look at the way the clever fellows at my Ministry of Invention in Norlandia took what they had and created the mighty machines, intricate clockworks and all the modern things that the inhabitants of that place take for granted.

The Victorian age, on which the genre rests, gave us some amazing stuff, the question for writers is how can we build on these foundations to make a modern society, what sort of a twist can I put on those times to give my stories an edge?

When I created the world, every time I needed a piece of technology I worked backwards, starting from a thing that we have and reverse engineering it, designing a way that we could achieve the same effect without using anything modern. And once you start to do that, you find that a lot of the things you need to make your world function actually existed in another form, they were only overtaken by the cost or simplicity that electrical and oil powered versions provided. In the same way that the steam locomotive was overtaken by the electric train.

So for example, as there is no electricity, my cities have steam pumped into the houses along steel pipes buried underground. Because of the limitations and difficulties of keeping high pressure steam, well; steamy, we need a lot of local power stations. These require coal so out of necessity I developed a steam vehicle to transport it from the rail yards to the furnaces. Of course steam vehicles existed, I just made them a bit more advanced, in effect bringing the technology up to where it would be without the internal combustion engine. I was doing the R&D in my head that was never done in reality.

As I was devising a way to mine all this coal, I wondered if steam could not be used to power a robot. Well I’m sure it can, using pistons and valves, steam pressure could move articulated arms and legs just as well as any other system. And from that idea, the Exo-Man was born.

Now, steam cannot be transported over long distances, even in my imagination. I have to keep things realistic to carry the reader. Sure the ground will insulate the pipes but in the country this would be impractical. But steam power can be used to wind a spring. The Victorians had clockwork motors, after all a watch is merely a spring powered motor.

What I did in Norlandia was develop the idea to produce springs of all sizes, like batteries, that could be attached to any device and power it. Exhausted springs could be recharged at any power station, for a price. And for those that have no access to a recharging system, or cannot afford it, water power can drive a wheel in any stream to wind your springs for you. The applications are endless when you have to invent or starve.

As I hope you’re starting to see, there is little that can’t be done, so let’s move on to what else might have been developed out of necessity.

As you know, jet engines in aircraft are fuelled by gas, in effect vaporised hydrocarbon. And the Victorians lit their streets with gas produced by cooking coal with steam. Do you see where I’m going with this? All we need in our population is an understanding of the reason aircraft fly and we can build a Steampunk aeroplane!

This gas can do a lot of the things that drive our civilisation. It can be stored, like gunpowder, in cartridges and used to propel bullets; it’s an advance which may have occurred in our society if we had taken another path, I’ve only borrowed it and made it better.

And with the freedom to invent, discoveries that were unintended have also been made in Norlandia.
In my books, as well as the things I have already mentioned, I describe clockwork limbs, controlled by the body’s nerve impulses, a type of speech recorder based on a vibrating diaphragm and a telephone system, powered by sound itself!

And that’s before you get to the characters and their adventures.

Of course the one thing that all this steam and clockwork powered technology cannot do is give us a moving picture that can be transmitted over distance, or provide a box in our hand to talk to the world. But at the Ministry of Invention, they’re sure to be working on it.


My Steampunk journey is described in more detail on my website, which also features my other Sci-fi work. Find my main site at, or on Facebook @RichardDeeAuthor

Just go to this page, for everything Steampunk.

Tales from Norlandia features stories about the inventions and technology of Norlandia, Exo-men, power stations, bio-mechanical arms, even the Ministry themselves. And much more. You can get a copy from my shop at

My Steampunk novels are available at all eBook retail sites, including Amazon, Nook, Kobo and Apple, the universal links are,

The Rocks of Aserol,

A New Life in Ventis,

To read one of Richard's short stories "This Could Change The World" follow this link.


I’m Richard Dee, I write Science Fiction and Steampunk adventures. I come from Brixham in Devon, where I returned to live in 2010. I’m a retired Master Mariner and Thames Pilot, married with three daughters and several grandchildren. I walk on the cliffs and beaches of South Devon for inspiration. 


  1. Great to find someone else who's invented a world from one of those 'What if?' moments.

  2. Thank you, I hope you enjoyed the article, and the links.

  3. Great little blog :)
    Interesting your method of reverse engineering all your technology.


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