In June 2024, the Giant Magellan Telescope’s enclosure passed its final design review and is now ready for construction in Chile. The 65-meter-tall enclosure will be one of the largest mechanized buildings ever constructed and will be able to complete a full rotation in four minutes as it reveals the 25.4-meter telescope for unobstructed scientific observations. Following the successful conceptual design of the European Southern Observatory’s Extremely Large Telescope dome, IDOM continues to make important contributions to the design of astronomical facilities with the Giant Magellan Telescope—built by an American-led international consortium of 14 universities and research institutions.
The breadth of talent afforded by the consortium is stimulating America’s economy with construction, testing, and design work on the telescope in 36 states. “We formed a strong and productive partnership with IDOM as the enclosure designer. Their well-known architectural accomplishments combined with their engineering expertise in large and complex movable structures have been critical to the design of this unique structure,” said Giant Magellan Project Manager William Burgett.
IDOM began developing the Giant Magellan Telescope enclosure design over two years ago following a competitive, global search and extensive evaluation process. “Our team approached the challenge of the Giant Magellan Telescope enclosure knowing that this structure would be responsible for enabling some of the most important scientific discoveries of our lifetimes,” said IDOM North American President Tom Lorentz. “We are proud to have delivered a successful design and look forward to the Giant Magellan Telescope’s success.”
Construction of the telescope components housed within the enclosure is advancing rapidly. For example, over the past year, fabrication commenced on the seventh and final primary mirror in Arizona, while manufacturing of the 39-meter-tall mount structure began in Illinois. Other advancements include near completion of the telescope’s first adaptive secondary mirror and significant progress on a suite of high-resolution imagers and spectrographs in Arizona, California, Massachusetts, and Texas.
These optical technologies will enable the Giant Magellan to boast a remarkable tenfold increase in resolution compared to the Hubble Space Telescope and deliver up to 200 times the power of today’s best telescopes. The breakthrough technologies will empower scientists worldwide, offering unparalleled insights into the evolution of the universe, the origins of chemical elements, and the discovery of life on distant exoplanets for the first time.
With the enclosure design milestone complete, the Giant Magellan Telescope is now preparing a global search for a firm to leave their mark on the future of astronomy with construction of the enclosure.
