In 2018 I was doing an international commute, and wanted something I could work on effectively while travelling. Eurostar is pretty comfortable, (particularly in standard premium), and the new laptop was seriously powerful, but I’ve never found it easy to work with a touch pad, and there wasn’t enough space for a mouse.
So I came up with the idea of tidying up the various real spacecraft I have worked on, and assembling sets of images rendered perspective free, to a standard scale, which would make it easy to clearly show the different sizes of the various spacecraft.
I sometimes get into discussions about if a spacecraft design is realistic. These are frequently interesting, but it’s not straightforward. For example, there are serious designs from the early days of spaceflight which we now know could not work. Manned craft without heavy radiation shielding are a common example of this.
On the other hand, you have some fictional craft carefully designed to be as realistic as possible – the vehicles in “2001 a Space Odyssey” are a great example.
So how to handle it when some fictional craft are more credible than serious designs? here’s my attempt at a system, from the most realistic to the least. Comments and additions are very welcome.
1. Real space hardware that actually flew successfully.
I gather from Twitter that some people find it interesting to follow my approach and progress when building a new model. So here’s a blog post where I will show how a project comes together, with lots of illustrations.
My starting point is to gather references, particularly high resolution photos, and plans with dimensions. Fortunately this one is covered in the excellent “Rockets of the World” by Peter Alway. It’s not highly detailed, but I find if you can get the overall dimensions of major features correct, then it’s not too tricky to fill in the rest from good photographs.
I visited the UK’s National Space Centre, partly to get better references for a CGI “Skylark” rocket, and thought it was worth a blog entry. I’ll be publishing reference photos, for the benefit of other modellers, in a separate post.
It’s located on the outskirts of Leicester, and a bit of a pain to get to if you are not familiar with the local public transport system. Easy to spot by it’s distinctive shape, dominated by the Rocket Tower.
The Skylark was an incredibly successful British sounding rocket, with over 400 successful launches. Despite sounding like the title of an Enid Blyton book, at the time of the final launch it was the longest running rocket program in the world, bar none. First launch was 1957, and the 441st final flight in 2005. Continue reading “Skylark. The most successful rocket you never heard of…”
Here’s the historical information on the nuclear Soyuz variants I have been able to find. My Russian is not great, in some cases the translation is awkward or not completely clear. Nick
The draft design of the rockets started on the basis of the Decree of June 30, 1958. Two bureaus, OKB-456, and OKB-670 were involved. The design chosen was based on direct heating of the working fluid, and it’s ejection through the nozzle. An open core reactor, in other words.
Quick introduction. I have recently been working on Chelomei’s UR-700, his Universal Rocket System, based on a design unit that eventually became the Proton. It was intended to replace the N-1 as the vehicle to take the Soviet Union to the moon.
Thanks to a comment left on these forums, I was refered to a website which had photos of something I never knew was built – a large scale model of the UR700, for vibration testing! It was made at 1/10th scale.
Before we get started, here’s a render I did, which shows you the overall configuration. I think this will help you understand the layout.