The Incredible Engineering of Antonio Gaudí’s Sagrada Familia, the 137 Year Construction Project

When (or if) it is final­ly fin­ished in 2026, a full 100 years after its archi­tect Antoni Gaudí’s death, the Basil­i­ca de la Sagra­da Famil­ia will be the largest church in the world — mak­ing it, on the one hand, a dis­tinct­ly 19th cen­tu­ry phe­nom­e­non much like oth­er struc­tures designed in the late 1800s. The Brook­lyn Bridge, for instance, became the longest sus­pen­sion bridge in the world in 1883, the same year Gaudí took over the Sagra­da Famil­ia project; the Eif­fel Tow­er took the hon­or of tallest struc­ture in the world when it opened six years lat­er. Biggest was in the briefs for major indus­tri­al build­ing projects of the age.

Most oth­er mon­u­men­tal con­struc­tion projects of the time, how­ev­er, excelled in one cat­e­go­ry Gaudí reject­ed: speed. While the Brook­lyn Bridge took 14 years to build, cost many lives, includ­ing its chief architect’s, and suf­fered sev­er­al set­backs, its con­struc­tion was still quite a con­trast to the medieval archi­tec­ture from which its designs drew. Prague’s 14th cen­tu­ry Charles Bridge took 45 years to fin­ish. Half a cen­tu­ry was stan­dard for goth­ic cathe­drals in the Mid­dle Ages. (Notre-Dame was under con­struc­tion for hun­dreds of years.) Their orig­i­nal archi­tects hard­ly ever lived to see their projects to com­ple­tion.

Gaudí’s enor­mous mod­ernist cathe­dral was as much a per­son­al labor of love as a gift to Barcelona, but unlike his con­tem­po­raries, he had no per­son­al need to see it done. He was “unfazed by its glacial progress,” notes Atlas Obscu­ra. The archi­tect him­self said, “There is no rea­son to regret that I can­not fin­ish the church. I will grow old but oth­ers will come after me. What must always be con­served is the spir­it of the work, but its life has to depend on the gen­er­a­tions it is hand­ed down to and with whom it lives and is incar­nat­ed.”

Per­haps even Gaudí could not have fore­seen Sagra­da Famil­ia would take over 130 years, its cranes and scaf­fold­ing dom­i­nat­ing the city’s sky­line, decade after decade. A few things — the Span­ish Civ­il War, inevitable fund­ing issues — got in the way. But it’s also the case that Sagra­da Famil­ia is unlike any­thing else ever built. Gaudí “found much of his inspi­ra­tion and mean­ing in archi­tec­ture,” the Real Engi­neer­ing video above notes, “by fol­low­ing the pat­terns of nature, using the beau­ty that he saw as a gift from God as the ulti­mate blue­print to the world.”

Learn above what sets Sagra­da Famil­ia apart — its cre­ator was not only a mas­ter archi­tect and artist, he was also a mas­ter engi­neer who under­stood how the strange, organ­ic shapes of his designs “impact­ed the struc­tur­al integri­ty of the build­ing. Rather than fight against the laws of nature, he worked with them.” And nature, we know, likes to take its time.

Relat­ed Con­tent: 

The Japan­ese Sculp­tor Who Ded­i­cat­ed His Life to Fin­ish­ing Gaudí’s Mag­num Opus, the Sagra­da Família

Watch Antoni Gaudí’s Unfin­ished Mas­ter­piece, the Sagra­da Família, Get Final­ly Com­plet­ed in 60 Sec­onds

A Vir­tu­al Time-Lapse Recre­ation of the Build­ing of Notre Dame (1160)

An Ani­mat­ed Video Shows the Build­ing of a Medieval Bridge: 45 Years of Con­struc­tion in 3 Min­utes

How the Brook­lyn Bridge Was Built: The Sto­ry of One of the Great­est Engi­neer­ing Feats in His­to­ry

Josh Jones is a writer and musi­cian based in Durham, NC. Fol­low him at @jdmagness

Watch the Building of the Eiffel Tower in Timelapse Animation

“They didn’t want it but he built it any­way” — The Pix­ies, “Alec Eif­fel

When the Eif­fel Tow­er — gate­way to the Paris World’s Fair and cen­ten­ni­al mark­er of the Rev­o­lu­tion — was first designed and built, it was far from beloved. Its cre­ator, Alexan­dre Gus­tave Eif­fel, an engi­neer known for build­ing bridges, faced wide­spread con­dem­na­tion, both from the city’s cre­ative class and in the pop­u­lar press. French writer Guy de Mau­pas­sant summed up the pre­vail­ing sen­ti­ment when he called Eif­fel “a boil­er­mak­er with delu­sions of grandeur.”

Before con­struc­tion began, Mau­paus­sant joined a com­mis­sion of 300 artists, archi­tects, and promi­nent cit­i­zens who opposed in a let­ter what they imag­ined as “a gid­dy, ridicu­lous tow­er dom­i­nat­ing Paris like a gigan­tic black smoke­stack…. [A]ll of our humil­i­at­ed mon­u­ments will dis­ap­pear in this ghast­ly dream.” One crit­ic wrote of it as a “hideous col­umn with rail­ings, this infundibu­li­form chick­en wire, glo­ry to the wire and the slab, arrow of Notre-Dame of bric-a-brac.…”

To these objec­tions, Eif­fel cooly replied it made no sense to judge a build­ing sole­ly from its plans. He also repeat­ed his promise: the tow­er, he said, would sym­bol­ize “not only the art of the mod­ern engi­neer, but also the cen­tu­ry of indus­try and sci­ence in which we are liv­ing.” His “unapolo­get­i­cal­ly indus­tri­al lan­guage,” writes Archi­tiz­er, “did not please all.” But Eif­fel did not boast in vain. When com­plet­ed, the tow­er stood almost twice as high as the Wash­ing­ton Mon­u­ment, then the tallest build­ing in the world at 555 feet.

Not only extreme­ly tall for its time, the Eif­fel Tow­er was also very intri­cate. It would be made of 18,000 wrought iron pieces held togeth­er with 2.5 mil­lion riv­ets, with four curved iron piers con­nect­ed by a lat­tice of gird­ers. After care­ful cal­cu­la­tions, the tow­er’s curves were designed to offer the max­i­mum amount of effi­cient wind resis­tance. 

In the video just above, you can see the tower’s incred­i­ble con­struc­tion from August 1887 to March 1889, mod­eled in an ani­mat­ed time­lapse ani­ma­tion. Its design has far out­last­ed its orig­i­nal­ly short lifes­pan. Slat­ed to be torn down after 20 years, the tow­er stands as tall as ever, though it’s been dwarfed sev­er­al times over by struc­tures that would appall the sig­na­to­ries against Gus­tave Eif­fel in 1887.

Indeed, it is impos­si­ble now to imag­ine Paris with­out Eiffel’s cre­ation. Mau­pas­sant, how­ev­er, spent his life try­ing to do just that. He report­ed­ly had his lunch in the tower’s restau­rant every day, since it was the only place in Paris one could not see it.

Relat­ed Con­tent: 

Paris in Beau­ti­ful Col­or Images from 1890: The Eif­fel Tow­er, Notre Dame, The Pan­théon, and More (1890)

Build­ing The Eif­fel Tow­er: Three Google Exhi­bi­tions Revis­it the Birth of the Great Parisian Mon­u­ment

Pris­tine Footage Lets You Revis­it Life in Paris in the 1890s: Watch Footage Shot by the Lumière Broth­ers

Josh Jones is a writer and musi­cian based in Wash­ing­ton, DC. Fol­low him @jdmagness

The Surprising Reason Why Chinatowns Worldwide Share the Same Aesthetic, and How It All Started with the 1906 San Francisco Earthquake

Anti-Chi­nese racism runs deep in Amer­i­can cul­ture and law, begin­ning in the 19th cen­tu­ry as com­pe­ti­tion inten­si­fied in Cal­i­for­nia gold and land rush­es. Chi­nese immi­grants were pushed into teem­ing cities, then den­i­grat­ed for sur­viv­ing in over­crowd­ed slums. To get a sense of the scope of the prej­u­dice, we need only con­sid­er the 1882 law known as the Chi­nese Exclu­sion Act — the only leg­is­la­tion passed to explic­it­ly restrict immi­gra­tion by one eth­nic or nation­al group. The law actu­al­ly goes back to 1875, when the Page Act banned Chi­nese women from immi­grat­ing. It was only repealed in 1943.

Although rou­tine­ly evad­ed, the severe restric­tions and out­right bans on Chi­nese immi­gra­tion under the Exclu­sion Act drove and were dri­ven by racist ideas still vis­i­ble today in tropes of dan­ger­ous, exoti­cized “drag­on ladies” or sex­u­al­ly sub­mis­sive con­cu­bines: roles giv­en in ear­ly Hol­ly­wood films to the first Chi­nese-Amer­i­can movie star, Anna May Wong, who, after 1909 — despite being the most rec­og­niz­able Chi­nese-Amer­i­can in the world — had to car­ry iden­ti­fi­ca­tion at all times to prove her legal sta­tus.

Wong was born in Los Ange­les, a city that — like every oth­er major metrop­o­lis — became home to its own Chi­na­town, and a famous one at that. But the most famous of the seg­re­gat­ed urban areas orig­i­nat­ed in San Fran­cis­co, after the 1906 earth­quake that near­ly lev­eled the city and “came on the heels of decades of vio­lence and racist laws tar­get­ing Chi­nese com­mu­ni­ties in the US,” notes Vox. “The earth­quake dev­as­tat­ed Chi­na­town. But in the destruc­tion, San Francisco’s Chi­nese busi­ness­men had an idea for a fresh start” that would define the look of Chi­na­towns world­wide.

The new Chi­na­town was more than a new start; it was sur­vival. As often hap­pens after dis­as­ters, pro­pos­als for relo­cat­ing the unpop­u­lar immi­grant neigh­bor­hood appeared “before the dust had set­tled and smoke cleared,” notes 99 Per­cent Invis­i­ble. “The city’s may­or com­mis­sioned archi­tect and urban design­er Daniel Burn­ham to draw up plans aligned with the City Beau­ti­ful move­ment.” Feel­ing they had to cater to white Amer­i­can stereo­types to gain accep­tance, Chi­nese-Amer­i­can busi­ness lead­ers “hired archi­tect T. Pater­son Ross and engi­neer A.W. Bur­gren to rebuild—even though nei­ther man had been to Chi­na.”

The archi­tects “relied on cen­turies-old images, pri­mar­i­ly of reli­gious ver­nac­u­lar, to devel­op the look of the new Chi­na­town,” and the result was to cre­ate a gen­uine tourist attrac­tion — an “icon­ic look,” the Vox Miss­ing Chap­ter video explains, that bears lit­tle resem­blance to actu­al Chi­nese cities. The Chi­nese immi­grant com­mu­ni­ty in San Fran­cis­co “kept their cul­ture alive by invent­ing a new one,” a delib­er­ate co-opta­tion of Ori­en­tal­ist stereo­types for a city, its mer­chants decid­ed, that would be built of “ver­i­ta­ble fairy palaces.”

The New Chi­na­town was “not quite Chi­nese, not quite Amer­i­can”; safe for mid­dle-class tourism and con­sump­tion and safer for Chi­nese busi­ness­es to flour­ish. The mod­el spread rapid­ly. Now, in what­ev­er major city we might might vis­it — out­side of Chi­na, that is — the Chi­na­town we encounter is both a unique cul­tur­al hybrid and a mar­ket­ing tri­umph that offered a mea­sure of pro­tec­tion to belea­guered Chi­nese immi­grant com­mu­ni­ties around the world.

Relat­ed Con­tent: 

Learn the Untold His­to­ry of the Chi­nese Com­mu­ni­ty in the Mis­sis­sip­pi Delta

The Utopi­an, Social­ist Designs of Sovi­et Cities

The His­to­ry of West­ern Archi­tec­ture: A Free Online Course Mov­ing from Ancient Greece to Roco­co

Josh Jones is a writer and musi­cian based in Durham, NC. Fol­low him at @jdmagness

The Utopian, Socialist Designs of Soviet Cities

Mod­ernist archi­tec­ture trans­formed the mod­ern city in the 20th cen­tu­ry, for good and ill. Nowhere is this trans­for­ma­tion more evi­dent than the for­mer Sovi­et Union and its for­mer republics. There, we find truth in the west­ern stereo­types of the Sovi­et city as cold, face­less, and soul-crush­ing­ly non­de­script — so much so that the plot of a 1975 Russ­ian TV film called The Irony of Fate, or Enjoy Your Bath!, hinges on a man drunk­en­ly trav­el­ing to Leningrad by mis­take and falling asleep in a stranger’s apart­ment, think­ing it’s his own place in Moscow. Rus­sians found the joke so relat­able, they began a tra­di­tion of watch­ing the film each year on Christ­mas, as the City Beau­ti­ful above video on Sovi­et urban archi­tec­ture points out.

Once it had elim­i­nat­ed pri­vate prop­er­ty, the exper­i­ment of the Sovi­et Union began with good inten­tions, archi­tec­tural­ly-speak­ing. Con­struc­tivism, the first form of dis­tinct­ly Sovi­et archi­tec­ture, was devel­oped first as an art move­ment by Vladimir Tatlin and Alexan­der Rod­chenko. Con­struc­tivists sought to bal­ance the nation’s need to build tons of new hous­ing under harsh eco­nom­ic con­di­tions with “ambi­tion for using the built envi­ron­ment to engi­neer soci­etal changes and instill the avant-garde in every­day life,” points out the Design­ing Build­ings Wiki. Draw­ing from Bauhaus and Futur­ism, the move­ment only last­ed into the 1930s. Many of its finest designs went unre­al­ized, but it left a sig­nif­i­cant mark on sub­se­quent archi­tec­tur­al move­ments like Bru­tal­ism.

The syn­the­sis of beau­ty and util­i­ty would fall apart, how­ev­er, under the mas­sive col­lec­tiviz­ing dri­ves of Stal­in. When his reign end­ed, pub­lic hous­ing blocks known as “Krushchy­ovkas” sprang up, named after the pre­mier “who ini­ti­at­ed their mass pro­duc­tion in the late 1950s,” writes Mark Byrnes at Bloomberg City­Lab. This was “a dis­tinct­ly banal archi­tec­tur­al type” built quick­ly and cheap­ly when Moscow “had twice the pop­u­la­tion its hous­ing stock could accom­mo­date. Five-sto­ry Krush­choyvkas popped up in new­ly planned microdis­tricts.” These, as you’ll see in the explain­er video, could be added on to exist­ing cities indef­i­nite­ly for max­i­mal urban sprawl “in hopes of alle­vi­at­ing the severe hous­ing cri­sis exac­er­bat­ed under Joseph Stal­in.”

As the pop­u­lar­i­ty of The Irony of Fate demon­strates, Krush­choyvkas intro­duced seri­ous prob­lems of their own, includ­ing their grim­ly com­ic same­ness. The film begins with an ani­mat­ed his­to­ry les­son on Sovi­et urban plan­ning. “The urban design was not flex­i­ble,” author Philipp Meuser tells Byrnes. “This was the first cri­tique of them dat­ing back to the ear­ly ‘60s.” Lat­er ver­sions built under Brezh­nev and called “Brezh­nevkis” intro­duced dif­fer­ent shapes and sizes to break up the monot­o­ny. All of the hous­ing blocks were built to last 20 to 25 years and were not well-main­tained, if they were main­tained at all. The ear­li­est began dete­ri­o­rat­ing in the ‘70s.

At their height, how­ev­er, Krush­choyvkas “were pop­u­lar because it was rev­o­lu­tion­ary for hous­ing pol­i­tics.” One U.S. offi­cial put it in 1967: “What the Rus­sians have done is to devel­op the only tech­nol­o­gy in the world to pro­duce accept­able, low-cost hous­ing on a large scale.” Cities around the world fol­lowed suit in build­ings like the Japan­ese danchi, for exam­ple, and the infa­mous­ly awful Amer­i­can pub­lic hous­ing projects of the 60s and 70s, built along sim­i­lar lines as the Krushchy­ovkas and the mis­guid­ed urban design the­o­ries of Swiss archi­tect Le Cor­busier, anoth­er mod­ernist who, like the Con­struc­tivists, reimag­ined city space accord­ing to a mod­el of mass pro­duc­tion.

The orig­i­nal Con­struc­tivist man­i­festo, pub­lished in 1923, promised art and build­ing “of no dis­cernible ‘style’ but sim­ply a prod­uct of an indus­tri­al order like a car, an aero­plane and such like.” The real­i­ty of Con­struc­tivist designs — like the designs of cars and aero­planes — involved a great deal of imag­i­na­tion and cre­ativ­i­ty. But the archi­tec­tur­al lega­cy of what Con­struc­tivists tout­ed as “tech­ni­cal mas­tery and orga­ni­za­tion of mate­ri­als” — under the mas­sive­ly cen­tral­ized bureau­cra­cy of the ful­ly real­ized one-par­ty Com­mu­nist state — cre­at­ed some­thing entire­ly dif­fer­ent than the ide­al­is­tic avant-gardists had once intend­ed for the mod­ern city.

Relat­ed Con­tent: 

Every­thing You Need to Know About Mod­ern Russ­ian Art in 25 Min­utes: A Visu­al Intro­duc­tion to Futur­ism, Social­ist Real­ism & More

When Sovi­et Artists Turned Tex­tiles (Scarves, Table­cloths & Cur­tains) into Beau­ti­ful Pro­pa­gan­da in the 1920s & 1930s

The Glo­ri­ous Poster Art of the Sovi­et Space Pro­gram in Its Gold­en Age (1958–1963)

Josh Jones is a writer and musi­cian based in Durham, NC. Fol­low him at @jdmagness

Japanese Carpenters Unearth 100-Year-Old Wood Joineries While Taking Apart a Traditional House

Accord­ing to myth, the first Japan­ese poet, Susano‑o, the storm god, named the activ­i­ty of build­ing as equal to the works of nature. Trav­el blog Kan­sai Odyssey writes, “Susano‑o felt rather inspired” while at Suga Shrine in Shi­mane Pre­fec­ture, “and recit­ed the first poem in Japan­ese lit­er­a­ture.” Rough­ly trans­lat­ed, it reads: “In Izu­mo, where the clouds form, / I see a fence of clouds. / To pro­tect my wife, I too, built a fence. / These clouds are as my fence.”

An embrace of the nat­ur­al world inter­min­gles in Japan­ese cul­ture with a craft tra­di­tion renowned the world over, not least in the build­ing arts. “Since the 12th Cen­tu­ry,” Grace Ebert writes at Colos­sal, “Japan­ese arti­sans have been employ­ing a con­struc­tion tech­nique that uses just one sim­ple mate­r­i­al: wood. Rather than uti­lize glue, nails, and oth­er fas­ten­ers, the tra­di­tion of Japan­ese wood join­ery notch­es slabs of tim­ber so that the grooves lock togeth­er and form a stur­dy struc­ture.”

Although most­ly prac­ticed in the repair and preser­va­tion of his­toric build­ings these days, Japan­ese join­ery still inspires mod­ern wood­work­ers, engi­neers, and archi­tects for its incred­i­ble pre­ci­sion and endurance. Tra­di­tion­al Japan­ese build­ings are “struc­tures built from nat­ur­al mate­ri­als and the knowl­edge and skills passed down gen­er­a­tions,” writes Yamanashi-based car­pen­ter Dylan Iwaku­ni. “Through the fine skills and knowl­edge, Japan­ese Wood­en Archi­tec­ture has been stand­ing for (thou­sands of) years.”

In the video at the top, you can see Iwaku­ni and his team’s excite­ment as they dis­cov­er tra­di­tion­al join­ery while dis­as­sem­bling a 100-year-old Japan­ese house. The video shows each joint in close-up, adding a title that names its par­tic­u­lar type. “As it became a tra­di­tion in Japan,” wrote Col­in Mar­shall in a pre­vi­ous post on Iwakuni’s craft, “this car­pen­try devel­oped a canon of join­ing meth­ods.” All of the joints, from the very sim­ple to the mind-bog­gling­ly puz­zle-like, were of course cut by hand. No pow­er tools in medieval Japan.

Just above, see Iwaku­ni intro­duce the art of join­ery, and see sev­er­al more of his demon­stra­tions here. Those inter­est­ed in going fur­ther should see our pre­vi­ous posts at the links below. Find even more hands-on resources at the Japan Wood­craft Asso­ci­a­tion.

via Twist­ed Sifter

Relat­ed Con­tent: 

The Art of Tra­di­tion­al Japan­ese Wood Join­ery: A Kyoto Wood­work­er Shows How Japan­ese Car­pen­ters Cre­at­ed Wood Struc­tures With­out Nails or Glue

Free Soft­ware Lets You Cre­ate Tra­di­tion­al Japan­ese Wood Joints & Fur­ni­ture: Down­load Tsug­ite

See How Tra­di­tion­al Japan­ese Car­pen­ters Can Build a Whole Build­ing Using No Nails or Screws

Mes­mer­iz­ing GIFs Illus­trate the Art of Tra­di­tion­al Japan­ese Wood Join­ery — All Done With­out Screws, Nails, or Glue

Josh Jones is a writer and musi­cian based in Durham, NC. Fol­low him at @jdmagness

Nerves of Steel!: Watch People Climb Tall Buildings During the 1920s.

Thrillseek­ers! Are you gird­ing your loins to rejoin the amuse­ment park crowds this sum­mer?

No wor­ries if you don’t feel quite ready to brave the social­ly dis­tanced roller­coast­er lines. Indulge in some low-risk ver­ti­go, thanks to British Pathé’s vin­tage news­reels of steeple­jacks, steel­work­ers, and win­dow clean­ers doing their thing.

While these trades­peo­ple were called in when­ev­er an indus­tri­al chim­ney required repair or a steel beam was in need of weld­ing, many of the news­reels fea­ture icon­ic loca­tions, such as New York City’s Wool­worth Build­ing, above, get­ting a good stonework clean­ing in 1931.

In 1929, some “work­men acro­bats” were engaged to adorn St. Peter’s Basil­i­ca and the Vat­i­can with thou­sands of lamps when Pope Pius XI, in his first offi­cial act as pope, revived the pub­lic tra­di­tion of Urbi et Orbi, a papal address and apos­tolic bless­ing for the first time in fifty-two years.

Some gen­der bound­aries got smashed in the after­math of WWII, but “steeple­jills” were nov­el­ty enough in 1948 that the scriptwriter pre­dictably milks it by hav­ing the announc­er crack wise to and about the uniden­ti­fied woman ready to climb all the way to the rim of a very tall smoke­stack.

“There it is! That long thing point­ing up there, it’s all yours!”

These days such a jib might con­sti­tute work­place harass­ment.

Did she get the job?

We don’t know. We hope so, who­ev­er she is — pre­sum­ably one of twen­ty female Lon­don­ers respond­ing to the help want­ed ad described in the Leth­bridge Her­ald, below:

Watch more scenes of vin­tage steeple­jacks — and jills — at work in a British Pathé “Nerves of Steel” playlist here.

Relat­ed Con­tent: 

The Sto­ry Behind the Icon­ic Pho­to­graph of 11 Con­struc­tion Work­ers Lunch­ing 840 Feet Above New York City (1932)

Watch the Com­plete­ly Unsafe, Ver­ti­go-Induc­ing Footage of Work­ers Build­ing New York’s Icon­ic Sky­scrap­ers

Watch 85,000 His­toric News­reel Films from British Pathé Free Online (1910–2008)

Ayun Hal­l­i­day is an author, illus­tra­tor, the­ater mak­er and Chief Pri­ma­tol­o­gist of the East Vil­lage Inky zine.  She’s had a ter­ri­ble fear of heights since a near miss in the Tro­gir Bell Tow­er some 14 years ago. Fol­low her @AyunHalliday.

How Frank Lloyd Wright’s Son Invented Lincoln Logs, “America’s National Toy” (1916)

How many archi­tec­tur­al careers have been kin­dled by Lin­coln Logs? Since their inven­tion in the mid-1910s, these decep­tive­ly sim­ple wood­en build­ing blocks have enter­tained gen­er­a­tions of chil­dren, whichev­er pro­fes­sion they entered upon grow­ing up. I myself have fond mem­o­ries of play­ing with Lin­coln Logs, which, with about 70 years of his­to­ry already behind them, were a ven­er­a­ble play­time insti­tu­tion, not that I knew it at the time. I cer­tain­ly had no idea that they’d been invent­ed by the son of Frank Lloyd Wright — nor, indeed, did I have any idea who Frank Lloyd Wright was. I just knew, as many kids did before me and many do still today, that they were fun to stack up into cab­ins, or at least cab­in-like shapes.


This endur­ing toy’s full ori­gin sto­ry is told in the Decades TV video above. When Wright designed his own fam­i­ly home in Oak Park, Illi­nois, he includ­ed a cus­tom play­room for his six chil­dren. Its stock of inno­v­a­tive toys includ­ed “geo­met­ric build­ing blocks devel­oped by Friedrich Froebel, the Ger­man edu­ca­tor who came up with the con­cept of kinder­garten.”

The spe­cial fas­ci­na­tion for these blocks exhib­it­ed by Wright’s sec­ond son John Lloyd Wright hint­ed at a con­flict of inter­ests to come: though John “began to feel that spir­it of being an archi­tect” in the play­room, says toy his­to­ri­an Steven Som­mers, “there was always a ten­sion between his father, who was an archi­tect, and his [own] love for build­ing toys that he’d begun to learn in that Froebel sys­tem of ear­ly child­hood edu­ca­tion.” The two inter­sect­ed when Wright fils assist­ed Wright père on one of the lat­ter’s most famous works, the Impe­r­i­al Hotel in Tokyo.

John Lloyd Wright took note of the inter­lock­ing tim­ber beams used to make the struc­ture “earth­quake-proof” — a design lat­er test­ed by 1923’s Great Kan­to Earth­quake, which left most of the city destroyed but the Impe­r­i­al Hotel stand­ing. By that time, the younger Wright had already act­ed on his inspi­ra­tion to invent the sim­i­lar­ly inter­lock­ing Lin­coln Logs (see patent draw­ing above), which quick­ly proved a hit on the mar­ket. Named after the six­teenth pres­i­dent of the Unit­ed States and the log cab­in in which he’d grown up, the prod­uct tapped into Amer­i­can fron­tier nos­tal­gia even at its debut. In the cen­tu­ry since, Lin­coln Logs have sur­vived wartime mate­r­i­al rationing, the rise and fall of count­less toy trends, the buy­ing and sell­ing of par­ent com­pa­nies, a brief and unap­peal­ing late-60s attempt to make them out of plas­tic, and even the Impe­r­i­al Hotel itself.  For “Amer­i­ca’s nation­al toy,” struc­tur­al endurance and cul­tur­al endurance have gone togeth­er.

Relat­ed Con­tent:

12 Famous Frank Lloyd Wright Hous­es Offer Vir­tu­al Tours: Hol­ly­hock House, Tal­iesin West, Falling­wa­ter & More

Frank Lloyd Wright Cre­ates a List of the 10 Traits Every Aspir­ing Artist Needs

Frank Lloyd Wright Reflects on Cre­ativ­i­ty, Nature and Reli­gion in Rare 1957 Audio

The Mod­ernist Gas Sta­tions of Frank Lloyd Wright and Mies van der Rohe

The Frank Lloyd Wright Lego Set

A is for Archi­tec­ture: 1960 Doc­u­men­tary on Why We Build, from the Ancient Greeks to Mod­ern Times

Based in Seoul, Col­in Mar­shall writes and broad­casts on cities, lan­guage, and cul­ture. His projects include the Sub­stack newslet­ter Books on Cities, the book The State­less City: a Walk through 21st-Cen­tu­ry Los Ange­les and the video series The City in Cin­e­ma. Fol­low him on Twit­ter at @colinmarshall or on Face­book.

Free Software Lets You Create Traditional Japanese Wood Joints & Furniture: Download Tsugite

The Japan­ese art of tsug­ite, or wood join­ery, goes back more than a mil­len­ni­um. As still prac­ticed today, it involves no nails, screws, or adhe­sives at all, yet it can be used to put up whole build­ings — as well as to dis­as­sem­ble them with rel­a­tive ease. The key is its canon of elab­o­rate­ly carved joints engi­neered to slide togeth­er with­out acci­den­tal­ly com­ing apart, the designs of which we’ve pre­vi­ous­ly fea­tured here on Open Cul­ture in ani­mat­ed GIF form. Though it would be nat­ur­al to assume that 21st-cen­tu­ry tech­nol­o­gy has no pur­chase on this domain of ded­i­cat­ed tra­di­tion­al crafts­men, it does great­ly assist the efforts of the rest of us to under­stand just how tsug­ite works.

Now, thanks to researchers at the Uni­ver­si­ty of Tokyo, a new piece of soft­ware makes it pos­si­ble for us to do our own Japan­ese join­ery as well. Called, sim­ply, Tsug­ite, it’s described in the video intro­duc­tion above as  “an inter­ac­tive com­pu­ta­tion­al sys­tem to design wood­en join­ery that can be fab­ri­cat­ed using a three-axis CNC milling machine.” (CNC stands for “com­put­er numer­i­cal con­trol,” the term for a stan­dard auto­mat­ed-machin­ing process.)

In real time, Tsug­ite’s inter­face gives graph­i­cal feed­back on the joint being designed, eval­u­at­ing its over­all “slid­abilty” and high­light­ing prob­lem areas, such as ele­ments “per­pen­dic­u­lar to the grain ori­en­ta­tion” and thus more like­ly to break under pres­sure.

This is the sort of thing that a Japan­ese car­pen­ter, hav­ing under­gone years if not decades of train­ing and appren­tice­ship, will know by instinct. And though the work of a three-axis CNC machine can’t yet match the aes­thet­ic ele­gance of join­ery hand-carved by a such a mas­ter, Tsug­ite could well, in the hands of users from dif­fer­ent cul­tures as well as domains of art and craft, lead to the cre­ation of new and uncon­ven­tion­al kinds of joints as yet unimag­ined. You can down­load the soft­ware on Github, and you’ll also find sup­ple­men­tary doc­u­men­ta­tion here. Even if you don’t have a milling sys­tem handy, work­ing through vir­tu­al tri­al and error con­sti­tutes an edu­ca­tion in tra­di­tion­al Japan­ese wood join­ery by itself.  The cur­rent ver­sion of Tsug­ite only accom­mo­dates sin­gle joints, but its poten­tial for future expan­sion is clear: with prac­tice, who among us would­n’t want to try our hand at, say, build­ing a shrine?

via Spoon & Tam­a­go

Relat­ed Con­tent:

The Art of Tra­di­tion­al Japan­ese Wood Join­ery: A Kyoto Wood­work­er Shows How Japan­ese Car­pen­ters Cre­at­ed Wood Struc­tures With­out Nails or Glue

Mes­mer­iz­ing GIFs Illus­trate the Art of Tra­di­tion­al Japan­ese Wood Join­ery — All Done With­out Screws, Nails, or Glue

See How Tra­di­tion­al Japan­ese Car­pen­ters Can Build a Whole Build­ing Using No Nails or Screws

Watch Japan­ese Wood­work­ing Mas­ters Cre­ate Ele­gant & Elab­o­rate Geo­met­ric Pat­terns with Wood

Nick Offer­man Explains the Psy­cho­log­i­cal Ben­e­fits of Woodworking–and How It Can Help You Achieve Zen in Oth­er Parts of Your Life

Based in Seoul, Col­in Mar­shall writes and broad­casts on cities, lan­guage, and cul­ture. His projects include the Sub­stack newslet­ter Books on Cities, the book The State­less City: a Walk through 21st-Cen­tu­ry Los Ange­les and the video series The City in Cin­e­ma. Fol­low him on Twit­ter at @colinmarshall or on Face­book.

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