Who was Buckminster Fuller? Everything You Need to Know

Quick Facts

Also Known As: Richard Buckminster Fuller

Died At Age: 87

Family:

Spouse/Ex-: Anne Hewlett (1917)

father: Richard Buckminster Fuller

mother: Caroline Wolcott Andrews

children: Alexandra Fuller, Allegra Fuller Snyder

Born Country: United States

Architects American Men

Height: 5'2" (157 cm), 5'2" Males

Died on: July 1, 1983

place of death: Los Angeles

Cause of Death: Heart Attack

U.S. State: Massachusetts

discoveries/inventions: Geodesic Dome

More Facts

education: Milton Academy, Harvard University, Bates College, Harvard College

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1

What is Buckminster Fuller's most famous invention?

Buckminster Fuller is best known for inventing the geodesic dome, a structure made up of interconnected triangles that is both lightweight and incredibly strong.
2

What is Buckminster Fuller's philosophy on design and architecture?

Buckminster Fuller believed in the concept of "doing more with less" and promoted sustainable design principles that focused on efficiency and minimal environmental impact.
3

How did Buckminster Fuller's ideas influence contemporary architecture and design?

Buckminster Fuller's ideas have had a lasting impact on contemporary architecture and design, inspiring new approaches to sustainability, efficiency, and holistic thinking in the built environment.

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Childhood & Early Life

Buckminster Fuller was born on July 12, 1895, in Milton, Massachusetts, USA, to Richard Buckminster Fuller and his wife Caroline Wolcott Andrews.

He attended Froebelian Kindergarten. During his time in school, he disagreed with the approach geometry was taught.

He started designing items at a young age. By the age of 12, he had created a 'push pull' device that was used to propel a rowboat.

After earning a machinist's certification, Fuller enrolled in Milton Academy and then went to study at Harvard College from where he was expelled twice.

During his time at Harvard, he worked as a mechanic in Canada and later as a laborer in the meat-packing industry. He also served as a shipboard radio operator in the U.S. Navy during World War I. After discharge, Fuller again joined the meat-packing company to gain management experience.

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Depression, Epiphany & Recovery

In 1922, Buckminster Fuller suffered from severe depression after his daughter Alexandra died before her fourth birthday from polio and spinal meningitis.

In 1927, at the age of 32, he lost his job as the president of Stockade. His unemployment and the birth of his daughter Allegra in 1927 added to his financial challenges which compelled him to contemplate suicide by drowning in Lake Michigan.

A profound incident happened that made him re-analyze his life. Fuller felt suspended several feet above the ground and heard a voice coming from a white sphere of light. The incident made him re-examine his life.

He eventually chose to embark on a new journey with the aim to contribute to the world and benefit all humanity.

By 1928, he had become good friends with Marie and Eugene O'Neill whom he met in the café Romany Marie's. Fuller accepted the job of an interior designer in exchange for meals. A year later, he became familiar with the Japanese American architect Isamu Noguchi. Later, they collaborated on many projects.

Career

In 1948 and 1949, Buckminster Fuller taught at North Carolina’s Black Mountain College. During this time, he made his famous invention, the geodesic dome. In 1949, he erected his first ever geodesic dome building.

In 1964, he alongside architect Shoji Sadao founded the architectural company Fuller & Sadao Inc. Together, they designed the geodesic dome for the U.S. Pavilion.

From 1959 to 1970, Fuller served as a professor at Southern Illinois University Carbondale. During this time, he lectured all across the globe.

In 1965, he collaborated with John McHale to inaugurate the World Design Science Decade at a conference of the International Union of Architects held in Paris.

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The Geodesic Dome

Although Fuller was not the first inventor of the geodesic dome as it had been devised by Dr. Walther Bauersfeld 26 years earlier, he was awarded United States patents for the same. In 1949, he constructed his first geodesic dome that was able to sustain its own weight with no practical dimensions.

His first lattice shell structure based on "continuous tension – discontinuous compression" came out in 1959. This structure was erected at the University of Oregon Architecture School and featured single force compression members that were suspended by the tensional members.

Dymaxion Car

Fuller designed the Dymaxion car which first featured at the Century of Progress World's Fair in Chicago in 1933. The car was an "omni-medium transport" for land, air, and water. It featured a rear-mounted V8 engine, a cromoly-steel hinged chassis, and front-drive and three-wheels.

Shortly after launch, a prototype crashed in a car accident, killing the Dymaxion's driver.

Dymaxion Map and World Game

Fuller collaborated with Shoji Sadao to design the Dymaxion map. This alternative projection map was designed to illustrate Earth's continents with least distortion when printed or projected on a flat surface.

In the 1960s, Fuller came up with the World Game, a simulation game played on a Dymaxion map, in which games try to solve world problems.

Housing

Fuller garnered much attention for his inexpensive and energy-efficient Dymaxion house. Currently displayed at Michigan’s Henry Ford Museum, the house was designed during the mid-1940s and featured a round structure in a shape of a flattened "bell".

Because of its portability and light weight, the house was constructed keeping in mind the families who desired for hassle-free mobility. The Dymaxion house had many innovative features, including a fine-mist shower that lessens water usage and revolving dresser drawers.

In 1969, Fuller started the Otisco Project that emerged as one of his greatest contributions in the field of architecture. The project was designed to develop extensive, load-bearing spanning structures built on-site, without the need of pouring molds and other adjacent surfaces.

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Facts About Buckminster Fuller

Buckminster Fuller was known for his eccentric wardrobe choices, often seen wearing a three-piece suit with a bow tie and carrying a pipe.

Fuller was a proponent of "ephemeralization," the idea that technological advancements could allow us to do more with less, leading to a more sustainable future.

He popularized the geodesic dome, a lightweight and strong structure that has been used in architecture, aerospace, and even as habitats for research stations in Antarctica.

He coined the term "Spaceship Earth" to describe his vision of the world as a single interconnected system that we must all work together to preserve and sustain.

Awards & Achievements

Buckminster Fuller was awarded several honorary doctorates. He garnered 28 United States patents.

In 1960, The Franklin Institute awarded him the Frank P. Brown Medal.

During 1967 and 1968, he was elected into the Phi Beta Kappa, the American Academy of Arts and Sciences, and the National Academy of Design.

In 1970, Fuller was honored by the American Institute of Architects with a Gold Medal.

Family & Personal Life

Buckminster Fuller was a grand-nephew of Margaret Fuller who was a well-known journalist and women's rights advocate.

In 1917, he married Anne Hewlett, the daughter of popular architect James Monroe Hewlett. They had two daughters, Alexandra, who died in 1922, and Allegra Fuller Snyder, who grew up to be a dancer and choreographer.

On July 1, 1983, Fuller died after suffering a heart attack during his visit to the hospital where his wife was dying of cancer. His wife died 36 hours later.

Buckminster Fuller Biography

You wanted to know

What is Buckminster Fuller's most famous invention?

What is Buckminster Fuller's philosophy on design and architecture?

How did Buckminster Fuller's ideas influence contemporary architecture and design?