La Sagrada Familia: The Latest Architecture and News

Officials have just confirmed that Antonio Gaudi’s iconic Sagrada Família's final stage of construction has commenced, on track to be completed in 2026, 144 years after its establishment. The announcement was made last Wednesday, aligning with the centenary of the architect’s passing. According to the annual report, construction efforts have resumed, finalizing the Evangelists towers in November 2023. Additionally, active construction is ongoing for the Chapel of the Assumption and the tower dedicated to Jesus Christ, which are on track to be completed in 2025 and 2026, respectively. The towering 172.5-meter central spire is included in the project, planned to stand as the tallest edifice in Barcelona, Spain.

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Sagrada Familia, Antonio Gaudi’s famous yet incomplete landmark, is moving forward toward completion. As of last week, five out of the six central towers have been fully constructed. Since this January, when the towers of Evangelists Luke and Mark were finished, two additional towers, dedicated to Evangelists Matthew and John, have been crowned with statues by sculptor Xavier Medina-Campen, marking their completion. The Junta Constructora del Temple Expiatori de la Sagrada Família, the foundation overseeing the construction, announced a special Mass on November 12 to mark the inauguration, initiating the illumination of the four towers all throughout the Christmas season.

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Gaudí's Sagrada Familia in Barcelona has illuminated the terminals on the towers of the Evangelists Luke and Mark, celebrating the completion of these two new structures that reach 135 meters in height. Together with the tower of the Virgin Mary, inaugurated in December 2021, 3 of the 6 central towers will be completed.

The trustees of Barcelona's historic Sagrada Família have reached an agreement with the city council to pay off $41 million in debt for not having the appropriate building permits. As the New York Times reports, the saga has continued for more than a century, as an original building permit issued in 1885 by Sant Martí de Provençals was no longer valid when the town was absorbed into the city of Barcelona. Designed by Catalan architect Antoni Gaudí in 1882, the Sagrada Família is still under construction 136 years later.

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As reported by the BBC, construction of Antoni Gaudí's already 133-year-old Sagrada Família in Barcelona is now being accelerated by one of the most modern technologies around: 3-D printing. As a matter of fact, the construction process in Barcelona has been utilizing 3-D printing for 14 years, introducing the technology in 2001 as a way of speeding up the prototyping of the building's many complex components.

The process uses powder-based stereolithographic 3-D printers, which build prototypes layer-by-layer, resulting in a material similar to plaster. This is important to the workshop at the Sagrada Família, because it allows craftsmen to easily alter the prototypes by hand, to meet the demanding specifications of the building.

A team of students from Eindhoven University are set to build a forty metre high model of Antoni Gaudí’s Sagrada Familia out of 'ice'. The project, which follows their completion of the world’s biggest ice dome last year, will be constructed from pykrete and reinforced with wood fibres. The fifty-strong team will head to Finland on the 28th December 2014 to begin construction of the impressive 1:5 scale model, which will be built in only four weeks in order to officially open in the last week of January 2015.

Read about their unique construction method and see photos of the preparatory work after the break.

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A team of students from Eindhoven University are to build a forty metre high model of Antonio Gaudí's Sagrada Familia. The project, which follows the completion of the world's biggest ice dome last year, will be constructed from pykrete and reinforced with wood fibres. Impressively, the 1:4 scale model will be built in only three weeks. Thin layers of water and snow will be sprayed onto large, inflated molds. The pykrete (water mixed with sawdust) will be immediately absorbed by the snow before freezing. According to the organisers, "the wood fiber content makes the material three times as strong as normal ice, and it’s also a lot tougher." Find out more about the project here.