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I came up with the idea for the Maxiform IDU-1 after looking to Buckminster Fuller’s Dymaxion Deployment Unit for inspiration. I've studied him a lot, and I like how he thinks about tackling problems.

Fuller didn’t invent an entirely new manufacturing system for his unit. He took the grain-bin industry, which already had the factories, materials, shipping methods, and trained workers in place, and adapted that system into low-cost housing.

I wanted to follow the same basic strategy with something that makes sense today.

Instead of grain bins, the Maxiform IDU-1 uses a common retired 20-foot refrigerated shipping container (they're called, reefers). These units are already insulated, weatherproof, standardized, and built to survive years of heavy use and transportation.

They can be moved by ordinary container trucks, placed on simple concrete pads, and repaired through an existing industrial network. The smooth insulated shell also saves a lot of labor because the walls, roof, floor, and insulation are already there.

The unit is designed as a compact home for one person. It includes a small bathroom, kitchen, single bed, table, storage, heating and cooling, fresh-air ventilation, and basic water systems. A curved roof cap aids in rain collection, and it has a centered roof ventilator. The exterior planter and water barrel make use of the rain collection gutter system without adding much complexity.

Fuller’s original unit cost about $1,500 in 1941. After accounting for inflation, that'd be around $30,000 today.

That became the target range for this idea. A fully working one-off custom build would probably cost more, but a production run using matching retired containers, identical floor plans, and factory-installed utility packages could come close to that range and maybe even get it even cheaper.

The main advantage is efficiency. The Maxiform IDU-1 doesn’t try to compete with a camper trailer. It’s meant to be a durable, mostly stationary home that can still be moved when needed.

It reuses a large industrial product that already exists, cuts down on construction waste, reduces on-site labor, and provides better insulation than many low-cost RVs or sheds.

For those of you crying about use of AI: How else would I create the concept? I wasn't going to hire anyone to do it just so I could fucking post on Lemmy. I'm not going to learn to paint just so I could fucking post on Lemmy. My scribbles for the design aren't as pretty.

This is a perfect use of AI, because it helps me get from concept idea, to image much more quickly. If you wanna take the time to sketch out and paint your design to show off on Lemmy, go for it. But I didn't want to.

Buckminster Fuller would have used AI if it had been around during his time. I'd prefer following his example, than listen to a bunch of overly political anti-AI Lemmy's. :)

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submitted 1 week ago* (last edited 1 week ago) by [M] to c/spacetech@lemmy.today
 
 

Buckminster Fuller developed the Dymaxion Deployment Unit, or DDU, as an inexpensive, factory-made shelter for people displaced by World War II.

After seeing photographs of Londoners made homeless during the Blitz, Fuller recognized that the round, corrugated-steel grain bins made by Butler Manufacturing could be adapted into emergency housing.

His plan required very little alteration to Butler’s existing equipment, which meant the shelters could be mass-produced quickly and shipped in sections. The DDU was intended for bombed cities, military installations, temporary worker housing and disaster relief. Fuller also believed it could serve as an affordable permanent home after the war.

The standard unit was about 20 feet across and 12 feet high, with galvanized-steel walls and a shallow conical roof. It had porthole windows, small roof skylights, fiberglass insulation, wallboard lining and a thin Masonite floor. A ventilator at the center of the roof helped circulate fresh air without complicated machinery. Inside, a fire-resistant curtain could divide the circular space into several wedge-shaped rooms.

A fully equipped version was advertised at about $1,250, including simple furniture, a stove and an icebox. Extra units could be connected through openings in the walls, and Fuller proposed a separate mechanical pod containing the bathroom, water storage, fuel tanks and septic equipment.

The whole concept reflected his goal of providing the greatest amount of shelter with the least material, labor and cost.

The first complete prototype was publicly demonstrated at Haynes Point in Washington, D.C., in April 1941. A second prototype stood in the Museum of Modern Art’s sculpture garden from October 10, 1941, through April 1, 1942.

The U.S. Army Signal Corps reportedly purchased several hundred units, which served as quarters, workshops and equipment buildings at bases in the United States, North Africa, Italy, the Mediterranean, the Persian Gulf and the Pacific during roughly 1942 to 1945. Production ended early in the war when the government reserved steel for weapons, aircraft and vehicles.

EDIT - Follow up on the remains of some of these units: THE NECESSITY OF RUINS: The Lost Dymaxion Deployment Units of Buckminster Fuller: https://alastairgordonwalltowall.com/2014/05/09/the-necessity-of-ruins-the-lost-dymaxion-deployment-units-of-buckminster-fuller/

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Illustration by Chris Foss for Warhammer 40K

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Demon Seed, c. 1973 (lemmy.today)
submitted 2 days ago* (last edited 2 days ago) by [M] to c/spacetech@lemmy.today
 
 

DEMON SEED (1973) book cover art by Lou Feck.

Book was written by Dean Koontz, and it concerns the imprisonment and forced impregnation of a woman by an artificially intelligent computer.

I've been aware of the book and the film, but have never experience either one. I definitely am gonna read it now!

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Star Quest, c. 1968 (lemmy.today)
submitted 2 days ago by [M] to c/spacetech@lemmy.today
 
 

Star Quest was Dean R. Koontz's first novel.

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Many devices, such as the monorail, have been brought forward in the past to solve the problem of swift, smooth transportation. The latest, utilizing a single track, is reported in recent dispatches from Moscow, in the Soviet Republics (Russia) as in the stage of actual developmental work. The correspondent of the New York Times in that city recently viewed the demonstration track nearby, which was about a mile and a quarter in length. Here a wooden structure had been built, in a form of a groove about three feet wide, to receive the oval balls on which the train runs. The train itself, of five coaches, is streamlined. The experimental model ran around the track, smoothly and without vibration, taking sharp curves without difficulty.

The inventor, a young engineer named Nicholas Yarmochuk, has received authority, after his successful demonstration, to built fifteen miles of track, gauged to receive ball-wheels 80 inches in diameter (This exceeds even the wide gauge of Russian railroads). The track will be laid in reinforced concrete and, because the train accommodates itself to sharper grades and curves than will the ordinary type of railway car with trucks, the cost of construction will be materially less in difficult country.

The inventor declares that the final model, with highly-streamlined, enclosed trains, will have a running speed of 300 kilometers, or 190 miles an hour. For this, probably, motors will not be geared down, but as shown, built into the wheels themselves; thus reducing mechanical difficulties. At such speeds, also, the human element will be the deciding one as to the sharpness of curves; for a sudden turn affects the blood in the brain, and causes dizziness, as in stunting high-speed planes.

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Saucerhead, c. 1970 (lemmy.today)
submitted 3 days ago* (last edited 3 days ago) by [M] to c/spacetech@lemmy.today
 
 

By artist Johnny Bruck. Possibly created for or connected to Perry Rhodan.

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submitted 3 days ago by [M] to c/spacetech@lemmy.today
 
 

Starship Troopers (1977) by Naoyuki Kato

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Crash, c. 1970 (lemmy.today)
submitted 3 days ago by [M] to c/spacetech@lemmy.today
 
 

Another piece by the great Johnny Bruck

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In space, you don't really need gloves.

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submitted 4 days ago* (last edited 4 days ago) by [M] to c/spacetech@lemmy.today
 
 

The Clipper was developed by inventor David Gottlieb. Engineer Gilbert Jepson designed the chassis, while Hordern-Richmond, an aircraft engineering firm, manufactured the body.

It had:

  • Three wheels, with one steering wheel in front

  • A 346 cc Villiers single-cylinder two-stroke engine

  • About 8 horsepower

  • A three-speed gearbox

  • A claimed top speed of roughly 40 mph

  • Claimed fuel economy of 60 to 70 mpg

  • A weight of about 672 pounds

The body consisted of fiberglass panels bonded together over a steel chassis.

Fiberglass offered several advantages: It wouldn't rust, less expensive factory tooling than stamped steel, color could be placed directly into the material, so no painting. And it was light enough for a small motorcycle engine to move.

Advertisements rather optimistically described the body as “indestructible.” It may have been Britain’s first production car with a fiberglass body.

The advertised price was about £268 including purchase tax (£9,500 or $12,700 in today's dollars).

The Clipper’s basic idea made sense: use a light, rustproof body, a small engine, simple mechanical parts, and extremely low fuel consumption. But he actual vehicle suffered from poor execution.

The V-belt transmission was unreliable. The fiberglass molds caused repeated production delays and had to be remade.

Hordern-Richmond eventually sought more money for the bodies, but the Clipper’s low selling price left almost no room for higher production costs.

The project was abandoned during 1955.

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News robot sharing the news that a robotic John Wilkes Booth has killed a robotic Abraham Lincoln in the year 2971.

I like how the robotic Booth and Lincoln are still wearing clothes from the 1800's and look human, but the news robot looks like well, a robot. lol

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submitted 4 days ago* (last edited 4 days ago) by [M] to c/spacetech@lemmy.today
 
 

The Avro Mobile was an experimental two-wheeled vehicle designed by British aviation pioneer Alliott Verdon Roe, founder of A.V. Roe & Company.

Essentially a cross between a motorcycle and a streamlined car. But it should be noted that it came roughly 22 to 24 years before the Vespa.

It used a 349 cc Barr and Stroud engine, a three-speed Albion gearbox, chain drive, front and rear suspension, hub-centre steering, small 12-inch disc wheels, and drum brakes. Its frame was formed from sheet steel.

It never entered regular production. Its unusual balance, cramped body, limited practicality, and motorcycle-like vulnerability probably made it less useful than either a normal motorcycle or a light car.

I actually love the look of this thing!

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Instead of turning bicycle pedals, the rider moved the arms, legs, and torso in a motion similar to rowing a racing shell. A mechanical linkage converted each pull-and-return stroke into rotation at the wheels.

Similar vehicles were demonstrated and raced under names such as Landskiff, land skiff, and rowmobile. American magazines also covered the craze in articles such as “Rowing Through the Streets” in July 1926.

By 1930, rowmobile races were reportedly held at London’s Herne Hill velodrome.

Its main appeal was that the rowing action used the rider’s upper body as well as the legs.

Reality was that the design was mechanically more complicated and less convenient than an ordinary bicycle. It never became common transportation, though modern rowing bicycles and rowing tricycles use the same basic idea.

Original illustration:

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When the Biltmore Hotel in Los Angeles featured a new “coffee robot” in October 1967, the newspapers covering it sounded both excited and terrified.

“Experts contend that, as a group, robots are actually harmless enough,” the October 3, 1967 edition of the Los Angeles Times explained. “And as employes [sic] they are courteous, stable and willing to perform both menial and sophisticated chores without a complaint. Certainly the 3,500 pound ‘portable’ model that was uncaged Monday at the Biltmore behaved itself in an exemplary manner.”

“But there was something vaguely ominous about the dull inner churning of its hydraulic pumps,” the newspaper continued, “the hiss of its pneumatic fingers, the way it shook the floor while cleverly pouring a cup of coffee.”

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A new mode of travelling has lately been invented, which the inventors claim to be applicable to any mining country where flumes exist, or which may be used wherever a stream of water of sufficient velocity of current can be enclosed for suitable distance.

The device involves a carriage driven entirely by outside power; and, paradoxical as it may appear, it can travel either in the same direction as the force, or diametrically opposite thereto, while the direction of application of the power remains unchanged.

In short, it is a carriage which travels up stream, impelled by no other force than that of the current.

Original illustration:

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