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I haven't been to see it in a while, but, as I recall, my general impression was that the bathroom had a bunch of interesting ideas that all came together in a way that sort of nosed out overall livability/ergonomics for the humans who might want to use it.
Some of these ideas would seem to live on in the bathrooms of modern sailing boats, but a 12 meter yacht imposes some constraints that mean that sacrificing on comfort in the interest of space efficiency is unavoidable.
I also suspect that, much like RVs or the apartments units in the Nagakin Capsule Tower, repairability and modifiability have been compromised in the design. Meaning that the whole thing should probably be considered somewhat disposable: past a certain point, the only reasonable option is to scrap the whole thing and order a new one from the factory. With typical bathroom designs, the initial construction cost may be high, but, later on, if only the toilet is broken, you have the option to replace only the toilet.
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To see images try an image search for 3ηΉγ¦γγγγγΉ
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It's a dark tiled room, and at the far end of the room is the entrance to a magnificent shower, you step through a rounded rectangle portal into stainless steel balloon, perhaps pressed steel, perhaps, hydroformed, a glorious squircle cube (sphube?), with enough space for a pilot, a co pilot and all the cabin staff to purify and rejuvenate under the monsoons of hot water that torrent from an enormous shower rose at the apex.
https://en.wikipedia.org/wiki/Squircle
https://www.johndcook.com/blog/2019/04/04/higher-dimensional...
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Lines like this.. "The Phelps Dodge Corporation was to produce the bathrooms but they were met with resistance from plumbers fearful of losing their jobs and so the bathrooms were never produced." reek of his fiction. I would guess that in reality there were serious practical reasons why the bathrooms were never produced.
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This might actually be more in demand today than when Mr. Fuller originally invented it.
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This bathroom is fixed. It is not configurable, which means that it's great if it does exactly what you need and is a problem otherwise. I'm 6'5". At various times, there have been people living in my house ranging from baby-sized up through me. It looks like this is optimized for someone about 5'5" tall. Bucky was 5'2".
This bathroom has no ventilation options other than a bizarrely placed under-sink fan. It lacks many affordances - a place for towels, natural light, an electrical outlet for small appliances, any consideration of disability or infirmity - and because of the unified construction, it cannot be changed.
It's an interesting design, but the reason people didn't adopt it is that it isn't adaptable.
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More info: https://www.barbicanliving.co.uk/flats/rooms-and-features-2/...
Photo: https://www.pinterest.co.uk/pin/69383650494817609/
*a Brutalist housing complex of 2,000 units in London
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Same thing happened to waterless urinals. Those are still making headway due to the waterr saving benefits but itβs been a hard fight.
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Ahh! I've wondered for a long time why this specific issue doesn't have mass-market solutions. I thought it was intuitively obvious that contaminable surfaces need to be high-radius convex and easy to access, else you're wasting valuable time playing stupid geometry games. Who wants to spend their life cleaning bathrooms? Clearly, the engineers who design these things don't clean their own houses, and don't talk to the people who do.
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"Dymaxion, a portmanteau of the words dynamic, maximum, and tension;[1] sums up the goal of his study, "maximum gain of advantage from minimal energy input."" https://en.wikipedia.org/wiki/Dymaxion
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This is why we canβt have nice things.
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βWe are not going to be able to operate our Spaceship Earth successfully nor for much longer unless we see it as a whole spaceship and our fate as common. It has to be everybody or nobody.β
-R. Buckminster Fuller-
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Honestly I thought this perfect bathroom will have smooth curves wherever two right angle surfaces meet.
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The patent gives a clearer idea of the design. It kind of glosses over how this integrates into the rest of the structure. It can have its own outer enclosure and stand alone, which is probably how it's set up in the Dymaxion house, which is round. Most modern pods have at least two right-angled flat sides, so the thing can be stuck in a corner.
It looks uncomfortable and dangerous. An entire bathroom of stamped sheet metal, including the floor. Oh, we'll just corrugate the floor a bit for traction. Right. Electric resistance heating, with 1930s insulating materials. Scary.
Nothing in the patent about the "fog gun" for cleaning. Nor does there seem to be a floor drain, which is common in Japan but rare in the US.
Making it out of fiberglas, like modern bathtubs, would be much more promising. Which is how most prefab pod bathrooms are made now.
Too bad Lillian Gilbreth never worked on this problem. She was the wife of the famous time and motion study guy, and she is responsible for most modern kitchen design. Kitchen counters, all the same height, recessed sinks, not too deep, stove height matches counter height, wall mounted cabinets above the counters, drawers below - all that is her doing.[1] Before Gilbreth, kitchen were uncoordinated tables, cabinets, and appliances.[2]
If she'd done a bathroom design, it would have worked.
[1] https://slate.com/human-interest/2012/10/lillian-gilbreths-k...
[2] https://clickamericana.com/topics/home-garden/antique-kitche...