Back to the space hardware, and my latest major project.
This is Chelomei’s UR-700, intended as a universal rocket, (in various configurations), and a competitor to the N-1.
This was a real monster, and basically consisted of a cluster of no less than nine Proton rockets. This was done so they could be comprehensively tested at the factory near Moscow, and shipped on trains to Baikonur for assembly. The Proton started as the UR-500, an element of this design. The engines were built and tested, but there was no appetite to start again, cancelling the N-1.
I wanted to make a dwarf planet, using elevation maps from the Moon, (and maybe Mars?) for realistic craters. I thought it may be helpful to save out the steps, so that others can follow along. Tutorial time!
You will need:
The 3D program of your choice, it should support displacement maps.
A high res source elevation map, these are available online.
An image editor that can edit 16 bit grey scale images.
I started with a slice of elevation map from the rear of the moon, (less recognisable), in the proportions of 2:1
I have been growing more and more frustrated with my current image editor, Photoshop Elements. Not least because of it’s incessant update demands – and I have yet to notice a single benefit, despite the exclamation marks on every announcement.
I built my first web site with Serif WebPlus, and was interested when I heard they were going to try and take on the full fat Photoshop, and no nasty support rental charges.
Well, it was on offer, and I have a Christmas break coming up, (with a chance to spend time learning it), so the timing seemed good. Incidentally, apart from taking them up on the £10 off deal, open to everyone, no money changed hands for this review.
I’m also aware that other members of the International Association of Astronomical Artists are more than a bit resentul of the rental approach too…
This concept is a flying wing, or bodyless plane, currently being tested for a possible flight to prove the concept. It is intended to work well in the thin atmosphere of the planet Mars, and would be tested at very high altitude on Earth, where the pressure is similar.