precisely that! I have the basics of the war of the worlds, mars deemed unlivable by its inhabitants, so they migrate to earth, or at least the moon as a recon mission. Its the why and the history of their race thats got me stumped, I've got the selenites down, but I can't seem to get the martians nailed
been doing that anyway on a discord server, I got a thread with over 4000 messages of just rambling about it. Scientific and Engineering accuracy (well, at least for the period anyway) is paramount in my mind, so I'm completely fine with that
precisely that! I have the basics of the war of the worlds, mars deemed unlivable by its inhabitants, so they migrate to earth, or at least the moon as a recon mission. Its the why and the history of their race thats got me stumped, I've got the selenites down, but I can't seem to get the martians nailed
Well, if you wanted to stray from the Well's 1898 version of the War and Martians, you could have the Martians actually being general AI enabled robots, which survived as the Martian climate declined and the biological Martians died out. (I am fudging the timeline, the actual Martian environment declined billions of years ago). The robots would not have to look like our anthropomorphic versions, but could be quite different.
In The War of the Worlds, the narrator speculates on the evolutionary history of the Martians and proposes that they might in the distant past been not unlike ourselves but with increasing use of technology, their bodies atrophied while their brains, eyes and hands hypertrophied. He recalls reading an essay proposing that humans might follow such a path before the invasion. That was actually a clever reference by Wells to his own whimsical essay, 'The Man of the Year Million,' Pall Mall Budget, dated 1893/11/18.
A short story by Wells, 'The Crystal Egg' is a pendant to The War of the Worlds and gives a glimpse of life on the surface of Mars, which would not have been possible in the last couple of billion years as we now know.
Perhaps they live in lava tubes (like your version of the Selenites), or in artificial caves. Maybe they were always subterranean or lived under layers of ice that we now know do exist.
EM Forster's 'The Machine Stops' is a counter on Wellsian techno-optimism and could well describe the early stages of a Martian race - and the Men of the Year Million too.
Finally, in WotW, Wells also writes about the co-evolution of humans and machines with the clear inspiration of Samuel Butler. Wells wouldn't have read the original letters by Butler to a New Zealand newspaper, but he would certainly have read Erewhon, where he rewrote them as 'The Book of the Machines.' Wells wrote that the Martians were essentially heads that put on mechanical bodies as they desired - the fighting and handling machines used in their invasion. This makes them the origin of all the 'humungous mecha' in anime and films like Pacific Rim.
Without a doubt, Frank Herbert was referring to Samuel Butler in the Dune books when he wrote of the 'Butlerian Jihad' and its commandment, 'Thou shalt not make a machine in the likeness of a human mind.'
On a tangent, the Hungarian writer Frigyes Karinthy (Hungary's equivalent to Karel Čapek and Franz Kafka) wrote a pastiche of Swift's Gulliver tales, 'Voyage to Faremido', featuring a musical machine race also inspired by Cyrano de Bergerac and Wells. Wells acknowledged that Swift was a major influence on him, so a circle is completed. Actually, that metaphor requires non-Euclidean geometry, which brings me to Lovecraft and... perhaps I should stop there.
Well, if you wanted to stray from the Well's 1898 version of the War and Martians, you could have the Martians actually being general AI enabled robots, which survived as the Martian climate declined and the biological Martians died out. (I am fudging the timeline, the actual Martian environment declined billions of years ago). The robots would not have to look like our anthropomorphic versions, but could be quite different.
While that is a most interesting idea, I would quite like to stick to the OG source material, if thats alright. I had the idea that I could use the fact that mars had an ice age up to about 400,000 years ago, so perhaps the martians had to endure this ice age, but when the ice age finished, much of the water became locked at the poles under sheets of ice. While there was enough water at the equator to sustain another 200,000 years, but when this all dries up and mars under goes desertification. This then spurs the martians to construct their great canal network, to irrigate the whole planet, and transport the water from pole to pole. This is successful right up to about 1800, when at last the meltwater from the poles grows too exhausted for the canals to function properly. This then spurs on the martians to start considering the invasion of earth as a viable option, as to the survival of their race.
This could also tie into maps of mars changed from the 1800s to the 1950s when the game is set, as in 1877 Lowell, scheparalli and his chums all saw nice, long defined line on mars, when the canals were still just about functioning, but by the time 1958 rolls around, they've been all but claimed by the desert, hence why many maps of the period appear more fuzzy as the canals start getting covered with sand and dust.
In The War of the Worlds, the narrator speculates on the evolutionary history of the Martians and proposes that they might in the distant past been not unlike ourselves but with increasing use of technology, their bodies atrophied while their brains, eyes and hands hypertrophied. He recalls reading an essay proposing that humans might follow such a path before the invasion. That was actually a clever reference by Wells to his own whimsical essay, 'The Man of the Year Million,' Pall Mall Budget, dated 1893/11/18.
https://paperspast.natlib.govt.nz/newspapers/TT18940228.2.30
A short story by Wells, 'The Crystal Egg' is a pendant to The War of the Worlds and gives a glimpse of life on the surface of Mars, which would not have been possible in the last couple of billion years as we now know.
I completely forgot about the crystal egg, lol. That could definitely be a good source, as could that paper you speak of, I must give them a read at some point.
Perhaps they live in lava tubes (like your version of the Selenites), or in artificial caves. Maybe they were always subterranean or lived under layers of ice that we now know do exist.
Finally, in WotW, Wells also writes about the co-evolution of humans and machines with the clear inspiration of Samuel Butler. Wells wouldn't have read the original letters by Butler to a New Zealand newspaper, but he would certainly have read Erewhon, where he rewrote them as 'The Book of the Machines.' Wells wrote that the Martians were essentially heads that put on mechanical bodies as they desired - the fighting and handling machines used in their invasion. This makes them the origin of all the 'humungous mecha' in anime and films like Pacific Rim.
That would be a very interesting thing to look at, that, thank you. And some tremendously good points. But perhaps, for some more direct lore, some inspiration can be taken from the 1998 Jeff Wayne War of the Worlds RTS game, which featured some cutscenes that actually show the martian side of things.
so, about some 5000 years ago for us, the selenites experience a tremendous and cataclysmic extinction event which they call "the Great Ending". Caused by increased solar activity stripping the moon of what little atmosphere the moon had left, and the moons core cooling causing the internal temperatures to massively drop, causing a huge extinction among the selenites, equivalent to the Black Death in our own history, where a species of some 4 million goes down to just 5-7000 left. To make matters worse, one of their primary food sources, the Great Lake, freezes over, causing starvation among those left, causing their numbers to dwindle further.
However, those left began to develop methods and equipment not dissimilar to the inuits of our own earth, with thick coats made from moon calf fur, and the development of ice fishing and sleds.
The history of their species is particularly important to them, to the point where a specific genetic trait arose among those who are charged to keep it. So, enter the selenite thinker, a being charged with the keeping of their history, a 200 year span of their lives, they record history in 2 ways: First being mentally, to the point where they can recall any major event from up to 50 years ago, even 100 years in some cases, simply by memory. The second way is a little stranger, but is important for its preservation for future generations: essentially, you see all those tassels on his clothing? So, essentially, each one of those represents one year of his life, with colour denoting the primary event that occurred in that year, and then a series of knots denoting the precise events.
the selenite thinker is so vital to selenite culture to the point where they have their own special burial rights. So, since the whole subsurface ocean is frozen ocean, the selenite thinker in question is wrapped in the stretched skin of a moon calf, a leathery substance, and is lowered into the "Great Sheet", as it is now known. The selenite is then retrieved, and unwrapped from his binds. Since he is now frozen, he is taken and placed in a great tomb, the "Tomb of Luna" as Cavor calls it
As for the worker selenites, the process is less glamorous, but still an integral part of their culture
essentially, the first half of the process remains the same, its the place of entombment that changes
rather than a prebuilt and specially made tomb, the selenite workers get a huge chasm, the largest on the moon, some 3k in diameter.They are wrapped in the moon clad skin, but they are not unwrapped, and a single tassel marks their name. They are then stacked against the walls of the chasm neatly in rows, and I think it would be a nice touch that it starts nice and orderly enough, then as the Great Ending progresses, it turns from neat into a mass grave affair
Well, owing to the fact that the BIS suit (rebranded as the British Interplanetary Commission in the timeline, with the suits manufactured by Normalair) has an impractical amount of layers to sustain a person in lunar conditions (just 4, lol), I had the idea that the wearer would don a Liquid Cooling garment, similar to the apollo equivalent, but that would reconstitute the lost layers for radiation protection etc. that the suit lacks:
Not bad, there litte details to change, but it work. (if have time i will drawn it and post here )
we have here section with British space Suits and flight suits:
Not bad, there litte details to change, but it work. (if have time i will drawn it and post here )
we have here section with British space Suits and flight suits:
here my version of Flight suit
it solve some issue like position of certain bags and pockets
and offer better access to Maps and Mission papers also give classic pocket Knife
by the way how much atmosphere is left on Moon in story ?
here my version of Flight suit
it solve some issue like position of certain bags and pockets
and offer better access to Maps and Mission papers also give classic pocket Knife
by the way how much atmosphere is left on Moon in story ?
Wowzer's man, I must say you've done a cracking job right there! Very good sketching! However, the sketch I made was more the BIC's version of the Apollo Liquid Cooling Garment, and the other layers of the A7L suits, to reconstitute the layers that the BIC suit is missing (which is a lot).
I think the actual flight suits that crews would wear would probably be a bit closer to the flight suits of the V-Bomber crews, to keep the proper RAF feel.
I'm not trying to say that your sketch is useless, far from it my man, and I hope I haven't led you to believe so, as perhaps there can be a convergence point between the two uniforms? The map pockets and diaper etc. would remain I think (either that or the spacecraft would come with one of those bucket toilets from a Lancaster lol). The connector for the 02 pipe could probably run directly to the mask, just as they did for bomber and fighter crews of the time.
Also, on the subject of insignia, I'm not exactly sure if the astronauts should retain their ranks or not? See, I had the idea that, rather than keeping the Wg.Cdr rank for example, perhaps their position in the astronaut corps could be indicated by a small rectangle with a bright pattern, like a medal, which would indicate which group of astronauts the person belonged to, such as the Megaroc 10, or the Ladies Eight?
Wowzer's man, I must say you've done a cracking job right there! Very good sketching! However, the sketch I made was more the BIC's version of the Apollo Liquid Cooling Garment, and the other layers of the A7L suits, to reconstitute the layers that the BIC suit is missing (which is a lot).
I think the actual flight suits that crews would wear would probably be a bit closer to the flight suits of the V-Bomber crews, to keep the proper RAF feel. View attachment 728230
I'm not trying to say that your sketch is useless, far from it my man, and I hope I haven't led you to believe so, as perhaps there can be a convergence point between the two uniforms? The map pockets and diaper etc. would remain I think (either that or the spacecraft would come with one of those bucket toilets from a Lancaster lol). The connector for the 02 pipe could probably run directly to the mask, just as they did for bomber and fighter crews of the time.
Also, on the subject of insignia, I'm not exactly sure if the astronauts should retain their ranks or not? See, I had the idea that, rather than keeping the Wg.Cdr rank for example, perhaps their position in the astronaut corps could be indicated by a small rectangle with a bright pattern, like a medal, which would indicate which group of astronauts the person belonged to, such as the Megaroc 10, or the Ladies Eight?
As Michel already asked above, what is your postulation of the imaginary lunar atmosphere in terms of chemical composition, ground zero pressure, and surface temperature for your hypothetical scenario, since these factors are main drivers for your fictional lunar suit design? I assume the suits will be mostly used on average ground (for lack of sea) level, unless you consider excursions to say the top of Mons Huygens or the Selenean Summit on the far side? Are there any clouds, fog, haze, drizzle, rain, hail, snow, sleet, thunderstorms, clear sky lightning, blizzards, tornadoes, hurricanes, potentially abrasive/electrically charged dust/sand storms, or any other notable weather phenomena occurring in your alternate reality lunar atmosphere? If you want to postulate a certain atmospheric composition to fit your fiction, that's fine, as long as you stay within plausible parameters, taking the lower lunar gravity (which I assume stays constant at the current value dictated by the Moon's geometry as well as physical laws and geological composition) and the fixed solar ground insolation (potential lunar weather phenomena as noted above nothwithstanding) into account, but you'll have to define those unless you're simply good with something that just "looks steampunky cool", in which case really anything goes anyway. Quite honestly though, I think obsessing about insignia would at this point be the least of your worries...
The british did produce a pressure suit,the windak,tho sadly it saw more use as a prop in various tv and movie productions,ironically this is what the astronauts are wearing in the movie version of the first men in the moon.
I've seen *way* worse contemporary prop efforts on screen, actual lack of use in a representative environment notwithstanding. It has a lot more logical engineering features that any number of other cheap international 60's scifi productions ...
As Michel already has asked you, what is your postulation of the imaginatory lunar atmosphere in terms of chemical composition, ground zero pressure, and surface temperature for your hypothetical scenario, since these factors are the main drivers for your fictional lunar suit design? And are there any clouds, fog, haze, rain, hail, snow, or any other weather phenomena occurring in your alternate reality lunar atmosphere? If you want to postulate a certain atmospheric composition to fit your fiction, that might be fine as long as you stay within plausible parameters, taking the lower lunar gravity (which I assume stays fixed at the current value dictated by the Moon's geometry and physical composition) as well as the fixed solar insolation into account, but you'll have to define those unless you're simply good with with something that just "looks steampunky cool", in which case really anything goes anyway...
Well, on the surface, owing to the higher amount of volcanic activity on the moon at this time, "mists" of carbon and sulphur dioxides, linger yet on the moon's surface. According to AC Clarke's "the exploration of the moon", many experienced observers had reported similar "mists" and obscurations on the surface. So, surface pressure would probably be so negligible as to be almost non-existent, but its just enough for the heavier gases to settle in clouds on the surface (I'm not entirely sure at what pressure this would occur, and I think the book's not really sure either lol).
As for the interior atmosphere, the air would still be quite thin, probably only about 5-6 pounds to the square-inch of oxygen, but just enough to be breathable without oxygen gear. This atmosphere is probably about 5-10 miles below the moon's surface, and is regulated and controlled by a series of airlocks the selenites managed to build before the atmosphere was stripped away near completely. If the selenites and professor Cavor wanted to roam any higher, they would need some mountaineering O2 gear, which Cavor teaches them how to make.
Well, on the surface, owing to the higher amount of volcanic activity on the moon at this time, "mists" of carbon and sulphur dioxides, linger yet on the moon's surface. According to AC Clarke's "the exploration of the moon", many experienced observers had reported similar "mists" and obscurations on the surface. So, surface pressure would probably be so negligible as to be almost non-existent, but its just enough for the heavier gases to settle in clouds on the surface (I'm not entirely sure at what pressure this would occur, and I think the book's not really sure either lol).
As for the interior atmosphere, the air would still be quite thin, probably only about 5-6 pounds to the square-inch of oxygen, but just enough to be breathable without oxygen gear. This atmosphere is probably about 5-10 miles below the moon's surface, and is regulated and controlled by a series of airlocks the selenites managed to build before the atmosphere was stripped away near completely. If the selenites and professor Cavor wanted to roam any higher, they would need some mountaineering O2 gear, which Cavor teaches them how to make.
Best of luck then with your intrepid independent media endeavor, my kind Sir! As long as you keep the heroes mustaches firmly twirled, you should have a decent shot at internet 15 second fame...
Best of luck then with your intrepid independent media endeavor, my kind Sir! As long as you keep the heroes mustaches firmly twirled, you should have a decent shot at internet 15 second fame...
They had a long successful career with probably their last appearance being in return of the jedi,they were in all 3 of the original star wars films,its likely that the windaks white vest was the inspiration for the white vest thats part of the x-wing pilots flight suit.
Theres a soviet production,moon rainbow,that used actual eva helmets [yastrebs I think] as prop helmets for the spacesuits
The world of prop spacesuits is a very interesting one.
I could likely help you with any questions pertaining to the actual real life environment on the Moon, but scientifically defensible speculations on alternative conditions that might be conducive to any form of (sub)surface life are completely outside my wheelhouse.
I could likely help you with any questions pertaining to the actual real life environment on the Moon, but scientifically defensible speculations on alternative conditions that might be conducive to any form of (sub)surface life are completely outside my wheelhouse.
thats fair, the other aspects I was considering your help on, is A) the interiors of the spacecraft and such forth, and the design of a moon-tank I had the idea for?
thats fair, the other aspects I was considering your help on, is A) the interiors of the spacecraft and such forth, and the design of a moon-tank I had the idea for?
For starters, in order to even begin to define any craft or vehicle, you have to lay out qualitative and quantitative mission requirements, e.g. number of crew, mission duration, delta-v/surface range, etc., as well as the underlying technology heritage and development level and associated maturity (see e.g. https://www.nasa.gov/directorates/s...vigation-program/technology-readiness-levels/) first. Actually, in my own humble opinion, that scale should be extended downwards to TRL 0, which would be defined as "Basic principles postulated".
For starters, in order to even begin to define any craft or vehicle, you have to lay out qualitative and quantitative mission requirements, e.g. number of crew, mission duration, delta-v/surface range, etc., as well as the underlying technology heritage and development level and associated maturity (see e.g. https://www.nasa.gov/directorates/s...vigation-program/technology-readiness-levels/) first. Actually, in my own humble opinion, that scale should be extended downwards to TRL 0, which would be defined as "Basic principles postulated".
well, for the glider, the BIS glider should be fairly self-explanatory. A 2-man shuttle to orbit, sort of like the gemini capsules of old. Supplies and equipment for about 2 weeks maximum in orbit. A role similar to Von Braun's Ferry rocket, in operation at the same time, only on a smaller scale. Tech maturity level would be about on par with fighter jets and bombers of the time, so largely manual controls.
As for the moon tank (or LDEV- Long Duration Exploration Vehicle), it is an exploration vehicle comparable in role to those Apollo Applications "Moon Buses" proposed towards the middle of the 60s (or I suppose the actual moon bus proposed by P.A.E Stewart for his idea of british Lunar Exploration). It would have a crew of 3-4, with provisions for approximately 3 weeks of surface ops, (think like the moon-tank seen in Tintin: explorers on the moon). Tech level is roughly about the same as the above, with still largely manual controls, although I did think of a cool instrument it could use for driving (a gps that uses microfilm projection rather than digital displays). The chassis would be based on the Turbine conversion of the Conqueror hull.
here my version of Flight suit
it solve some issue like position of certain bags and pockets
and offer better access to Maps and Mission papers also give classic pocket Knife
by the way how much atmosphere is left on Moon in story ?
well, for the glider, the BIS glider should be fairly self-explanatory. A 2-man shuttle to orbit, sort of like the gemini capsules of old. Supplies and equipment for about 2 weeks maximum in orbit. A role similar to Von Braun's Ferry rocket, in operation at the same time, only on a smaller scale. Tech maturity level would be about on par with fighter jets and bombers of the time, so largely manual controls. View attachment 728260
As for the moon tank (or LDEV- Long Duration Exploration Vehicle), it is an exploration vehicle comparable in role to those Apollo Applications "Moon Buses" proposed towards the middle of the 60s (or I suppose the actual moon bus proposed by P.A.E Stewart for his idea of british Lunar Exploration). It would have a crew of 3-4, with provisions for approximately 3 weeks of surface ops, (think like the moon-tank seen in Tintin: explorers on the moon). Tech level is roughly about the same as the above, with still largely manual controls, although I did think of a cool instrument it could use for driving (a gps that uses microfilm projection rather than digital displays). The chassis would be based on the Turbine conversion of the Conqueror hull.View attachment 728261
Not really, since there are absolutely no associated quantitative data provided. But even on a purely qualitative level, your first illustration of the return glider already raises a fundamental philosophical question - do you want the system concepts to be technically plausible or just aesthetically pleasing, since the sharp nose would be an engineering no go for a vertically launched reentry vehicle due to aerothermodynamic heating considerations. Likewise, large rounded transparent domes on surface vehicles are questionable at best - something like the ISS cupola or an armoured vehicle turret design would be more plausible, due to both potential damage risk as well as cabin heating due to excessive insolation. And what would be the power source for the tank? A turbine would consume both fuel and oxidator, so electric propulsion, potentially solar powered, might be more appropriate.
Yes and No
You need a believable infrastructure, most will be decor in your game, but give credit to Worldbuilding, convincing the player
Large Launch complex
Heavy Launch rocket, somehow that stuff in orbit on Moon and Mars has to be launch...
Manned Launch Rocket aka Space Shuttle and one with more then two seats
you can keep the Glider als British Military part like RoBo or Dyna Soar
need low orbit Space station ? or goes Shuttle direct to moon (nuclear engine ) or dock with nuclear Ferry for that ?
Surface Base and ground vehicle
need for interplanetary space craft that goes to Mars, Venus, Jupiter ?
All this need Power: Solar Thermal or Nuclear ? that influence the Design and needed Game engine for your game !
what i mean is the Large mirrors for Solar Thermal power plant and it rendering by game engine.
Realistic or Ray-Gun aesthetically pleasing ? since you walk in H.G. Wells territory !
do you want the system concepts to be technically plausible or just aesthetically pleasing, since the sharp nose would be an engineering no go for a vertically launched reentry vehicle due to aerothermodynamic heating considerations
Well, I'd want it to be largely technically plausible for the 50s, as when it was designed they believed it could work, so as technically plausible as can be, within reason of course. If I remember correctly, the glider would use the reentry skip method, and make a full two circuits of the globe to ween off speed, then be able to land (probably with Gloster Meteor escort). Some aspects of the design could lend themselves more to aesthetics, like lots of cupboards, and the astrodome.
Same goes for the tank, while the astrodome would probably not be as structurally sound, I would go largely on aesthetics for that one, as most illustrations of the time do have large astrodomes (even Tintin lol). As for the turbine, I didn't explain myself clearly, what I meant was the tank would utilise an HTP turbine. Batteries would be too unreliable for a vehicle of such size, and the solar panel in-universe was outpaced by the Mercury boiler.
Well, I'd want it to be largely technically plausible for the 50s, as when it was designed they believed it could work, so as technically plausible as can be, within reason of course. If I remember correctly, the glider would use the reentry skip method, and make a full two circuits of the globe to ween off speed, then be able to land (probably with Gloster Meteor escort). Some aspects of the design could lend themselves more to aesthetics, like lots of cupboards, and the astrodome.
Same goes for the tank, while the astrodome would probably not be as structurally sound, I would go largely on aesthetics for that one, as most illustrations of the time do have large astrodomes (even Tintin lol). As for the turbine, I didn't explain myself clearly, what I meant was the tank would utilise an HTP turbine. Batteries would be too unreliable for a vehicle of such size, and the solar panel in-universe was outpaced by the Mercury boiler.
I think I will have to politely bow out of offering any further advice to you because as a form follows function guy my lodestar orientation as an aerospace engineer is always oriented to the actual future rather than re-imagining the past (other than a very private pet peeve that I hope I will be able to share in this august forum before long), so I wish you all the best on your endeavors, and farewell.
Yes and No
You need a believable infrastructure, most will be decor in your game, but give credit to Worldbuilding, convincing the player
Large Launch complex
Heavy Launch rocket, somehow that stuff in orbit on Moon and Mars has to be launch...
Manned Launch Rocket aka Space Shuttle and one with more then two seats
you can keep the Glider als British Military part like RoBo or Dyna Soar
need low orbit Space station ? or goes Shuttle direct to moon (nuclear engine ) or dock with nuclear Ferry for that ?
Surface Base and ground vehicle
need for interplanetary space craft that goes to Mars, Venus, Jupiter ?
All this need Power: Solar Thermal or Nuclear ? that influence the Design and needed Game engine for your game !
what i mean is the Large mirrors for Solar Thermal power plant and it rendering by game engine.
Realistic or Ray-Gun aesthetically pleasing ? since you walk in H.G. Wells territory !
Go ahead its free design, just put my name in small print as free contribution...
I'll go through it point by point, as there is a fair bit to cover:
- For a large launch complex, the Rocket Research Establishment was built on the Kenyan coast, with three orbital launch complexes (two manned, one unmanned. These complexes are the more traditional V-2 basin, with three basins per complex.)
- A larger, lunar launch complex is a little further down the coast, out of the way, as it uses a chemical and nuclear booster.
- Check in the glider, it has two seats
- The BIC is a more civilian agency, but I don't see why they couldn't have fitted one of those photo-recon cameras they had on later mark spitfires...
- Well, the BIC has got the station, but it isn't necessarily needed for sending a small glider to the moon, as the glider would rendezvous with a tanker rocket, manoeuvre next to it, the crew EVAs, then connects a pipe to pump the fuel. This is just enough of a boost to get it to TLI
- There is a large surface base (Prospero Point) at Mons Piton, about 150 personnel, but it was operating at about 100 at the time of the siege, as the other 50 had gone off to man the base camps further afield. Surface vehicles consist of a modified Conqueror chassis with the turret removed and a barrel shaped, pressurised crew compartment, that can house 4 men for about 3 weeks.
- They haven't sent anything to mars yet, as the moon race took priority.
- The power supply for the base is largely supplied by an array of Solar Mirrors, and a nuclear reactor, the Thunderchild.
- I'd definitely say much more realistic than ray gun, but perhaps a bit of aesthetically pleasing stuff wouldn't be amiss.
- As for you name, perhaps you could be the official, in-universe, contractor for the flight suits "Van Flight Garments ltd."
I think I will have to politely bow out of offering any further advice to you because as a form follows function guy my lodestar orientation as an aerospace engineer is always oriented to the actual future rather than re-imagining the past (other than a very private pet peeve that I hope I will be able to share in this august forum before long), so I wish you all the best on your endeavors, and farewell.
Right, I’ll be modelling the Van Flight suit mk.II off of these RAF garments, I just need to find the name of the dark blue overalls that go from the shoulder to the thighs, I can’t find it anywhere. Plus the yellow patch with the map pocket and the survival knife is peak
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