Thought I’d gather together a few of my more recent images, none of which really justifies it’s own blog post…
HOPE VASIMR Guest renders and a short video
A couple of new items using the Human Outer planet Exploration vehicle, with VASIMR engines.
Graham Gazzard has done some wonderful renders of the mesh!
You can follow him on twitter here:
Continue reading “HOPE VASIMR Guest renders and a short video”
HOPE-VASIMIR Finished Renders
OK! The modelling is done of HOPE-VASIMR, (at least unless I spot anything that neeeds fixing), so it’s time for some shots of the final version.
As always, click on an image to see a larger version.
The above image is a distant view of the whole thing.
To give you an idea of the scale, it’s very nearly 200 metres from one end to the other.
HOPE-VASIMR Modelling done?
Right, I think the modelling part is pretty much done here on the HOPE VASIMR. I’ve been busy adding nurnies and greebles, and tweaking surfaces, and it’s looking good to me.
As usual, click on the images for a larger version.
For those who missed the earlier instalments, HOPE stands for Human Outer Planet Exploration, and is a serious design for a manned expedition to Callisto, the outermost of the large moons of Jupiter. (Far enough away from Jupiter that the radiation won’t fry the astronauts!)
VASIMR – HOPE
I realised I have very little that covers more recent concepts to get man into deep space. And when I started digging, I found there were not that many out there to cover!
The main one is the various designs covered by HOPE. Human Outer Planet Exploration, which covers proposals for a manned mission to Callisto, the outermost major moon of Jupiter.
It uses VASIMR nuclear engines, which are under current development, so as far as feasibility goes, I’d say highly feasible apart from the cost aspect.
VASIMR stands for:
Variable Specific Impulse Magnetoplasma Rocket
and it’s a highly promising propulsion system.
The huge vanes are the cooling system, very reminiscent of Ernst Stuhlingers designs of many years ago. They come to a point to stay behind the heavy radiation shields, either side of the reactors.