Currently under construction, new renderings of SkyRise Miami have been released, showcasing the 1,000-foot tower’s numerous mixed-use entertainment facilities from its prime location at the heart of Miami’s downtown core. Designed by local heavyweight Arquitectonica, the city’s tallest tower is being developed by Berkowitz Development Group, since the project’s inception in 2013.
In this video, British YouTuber Tom Scott explores Thyssenkrupp’s potentially disruptive new "MULTI" elevator system,” which the company revealed in detail this week. Though only in its beta stage of development, being tested within the confines of ThyssenKrupp’s 246-meter tall “innovation” tower in Rottweil, Germany, Multi aims to transform high rise building design with horizontally moving elevator cabs.
The German firm’s cable-free system utilizes vertically mounted tracks, in-cab braking systems, and pivoting elevator tracks to whisk occupants up and across buildings faster and safer than traditional shaft based systems.
In their latest press release, elevator manufacturer ThyssenKrupp announced new information about their cable-free system that rethinks the movement of the 1853 invention. Allowing for both horizontal and vertical transportation, “MULTI” has the capacity to innovate tall building design through its elimination of architectural constraints such as vertical alignment and elevator shaft dimensions. First unveiled as a concept in 2014, MULTI reported this month that the elevator has been installed into a test building and is soon to be implemented publicly into new developments.
Los Angeles’ newest skyscraper, the Wilshire Grand Center, opened to the public this weekend, earning the crown of the United States’ tallest building west of the Mississippi River. Topping out at 1,100 feet, the building eclipses the nearby U.S. Bank Tower by about 82 feet, thanks to its glass crown and decorative spire that rise from above the 73rd floor.
Designed by AC Martin Partners, the structure also represents a major change in Los Angeles tall building design as the first skyscraper completed since the city’s 2014 decision to remove the stipulation that all buildings over 75 feet must feature a flat roof to serve as a helipad.
Renderings have been revealed for a new 832-foot-tall skyscraper that will rise from a current vacant lot on Chicago’s historic Michigan Avenue. Known as 1000M, the tower has been designed by JAHN, the practice helmed by one of Chicago’s most prolific architects, Helmut Jahn. The 74-story building will feature a blue-green glass curtain wall subdivided with metal horizontal spandrel panels, and a metallic mesh crown hovering over a rooftop terrace.
Goettsch Partners has been announced as the winners of an international competition for the design of the new Optics Valley Center complex in Wuhan, China. Being developed by prominent developer Greenland Group, the project will consist of 3.4 million square feet (315,000 square meters) of mixed-use space across three buildings, including a landmark 1,312-foot-tall (400-meter-tall) office tower that will “symbolize the future vision of Wuhan as the perfect balance between modern development and the environment.”
There’s a lot that the presence of skyscrapers can say about a city. They can be indicators of anything from wealth to modernization to density, or a combination of all three, depending on where you look. This potential to observe trends in a city through the height of its buildings makes data on those buildings valuable to a multitude of industries, so companies like Emporis conduct and distribute research on topics like the newest, tallest, and most expensive buildings in the world. Keep reading to find out about the ten tall cities that are home to the largest number of skyscrapers—as defined by Emporis' definition of a building that is 100 meters or more.
We all know that the skyscraper was born between Chicago and New York (depending on who you ask or what you consider a skyscraper, but that's for another discussion). But what about the rest of the US? How does each state stack up in the race towards the sky? This infographic by highrises.com gives us a scaled approximation of the "height" of each state--with New York coming out on top and Vermont, well... Vermont's tallest building is an 11-story public housing project built in the 70s.
The infographic also breaks down the purposes of the surveyed buildings, revealing that nearly 2% of the tallest buildings in each state are churches! Another interesting factoid? Nearly 1/3 of these highrises are named after banks.
eVolo Magazine has announced the winners of its 2017 Skyscraper Competition. Now in its 12th year, the annual award was established to recognize “visionary ideas for building [high-rise] projects that through [the] novel use of technology, materials, programs, aesthetics, and spatial organizations, challenge the way we understand vertical architecture and its relationship with the natural and built environments.”
This year, 3 winners and 22 honorable mentions were selected from a pool of 444 entries. Among this year’s winners are a modular educational center and marketplace for sub-Saharan Africa, a vertical stack of factory and recreational space, villages embedded in mountains and even a skyscraper built within a giant sequoia.
Florian W. Mueller's Singularity series is, in the photographer's own words, "just the building – reduced to the max." These deceptively simple shots of the summits of skyscrapers from around Europe and North America, each set against in infinite gradient of sky, are symbols of architecture's effort to reach ever higher in evermore unique ways. For Mueller, who is based in Cologne, they are an attempt at abstraction. In isolation—and especially when viewed together—they are remarkably revealing as studies of form and façade.
Have you been experiencing motion sickness, depression, sleepiness, and even fear, as you gaze out of your window from the 44th floor? If so, you may be prone to “Sick Building Syndrome” – the informal term for side effects caused by swaying skyscrapers, according to experts at the Universities of Bath and Exeter, who are launching a £7 million ($8.6 million) study into their causes and prevention through testing simulations.
“More and more people are living and working in high-rises and office blocks, but the true impact of vibrations on them is currently very poorly understood,” explained Alex Pavic, Professor of Vibration Engineering at the University of Exeter. “It will for the first time link structural motion, environmental conditions, and human body motion, psychology, and physiology in a fully controllable virtual environment.”
The Council on Tall Buildings and Urban Habitat (CTBUH) has announced the completion of the Ping An Finance Center in Shenzhen, China, according to CTBUH tall building criteria. At 599 meters (1965 feet), it is now officially the second tallest building in China and the fourth tallest in the world, behind only the Burj Khalifa, Shanghai Tower and Makkah Royal Clock Tower.
Designed by Kohn Pedersen Fox Associates (KPF), the Ping An Finance Center is located in the heart of Shenzhen’s Fuitan District. The building contains over 100 floors of office space located above a large public podium, with a multi-story atrium providing retail, restaurants and transit options to the city and greater Pearl River delta region.
In 2014, midtown Manhattan received its first supertall (taller than 1,000 feet) residential building, Christian de Portzamparc’s One57. The following year, Rafael Viñoly Architects’ 432 Park Avenue surpassed the mark, confirming the trend of sky-shattering, pencil-thin skyscrapers rising along Central Park’s southern edge. In all, at least 10 supertall projects have been planned for the neighborhood, earning it the nickname of Billionaire’s Row.
Responding to this phenomenon, architect Ioannis Oikonomou of oiio architecture studio has proposed an alternate solution, called “The Big Bend,” that asks the question: “What if our buildings were long instead of tall?”
Dubai’s newest mega-attraction, a 150-meter-high, 93-meter-wide picture frame structure dubbed the “Dubai Frame” is approaching completion after a nearly two-year delay, and is set for opening in the second half of this year. At a cost of $43.60 million, the new building will stand as a symbol of the city’s rapid rise from modest settlement to gleaming metropolis, giving visitors a panoramic view of the boundary-pushing skyscrapers from the coast of the Persian Gulf.
It also may stand as a symbol of something far less idyllic: intellectual property theft.
In the upcoming years, Dubai may become home to one of the world’s newest radical architectures—the first ever, rotating skyscraper. Designed by Dynamic Architecture’s Davis Fisher, the 80-story, 1,273-foot tower proposal features independent floors that can rotate 360 degrees in both directions, in order to provide more comprehensive views.
A static central core will connect the rotating floors together, each of which will be prefabricated off-site and attached to the tower afterward.
London-based firm Tonkin Liu has released images of its competition-winning Trade Centre in Zhengzhou, China. The Cradle Towers of Zhengzhou will comprise of five mixed-use towers swooping out of a ring-shaped podium. Inspired by the nearby Songshan mountainscape, the scheme aims to celebrate the city’s origins as it rockets into a high-tech future.
As long as there have been buildings mankind has sought to construct its way to the heavens. From stone pyramids to steel skyscrapers, successive generations of designers have devised ever more innovative ways to push the vertical boundaries of architecture. Whether stone or steel, however, each attempt to reach unprecedented heights has represented a vast undertaking in terms of both materials and labor – and the more complex the project, the greater the chance for things to go awry.
The key to engineering wood strong enough to support skyscrapers may lie in the interaction between molecules 10,000 times narrower than the width of a human hair.
A new study by researchers at the Universities of Warwick and Cambridge has solved a long-held mystery of how key polymers in plant cells bind to form strong, indigestible materials such as wood and straw. By recreating this ‘glue’ in a lab, engineers may be able to produce new wood-based materials that surpass current strength capabilities.