Proposed Oklahoma skyscraper gets redesign to become USA's new tallest building
newatlas.com
newatlas.com
I am sure they have something in mind, though.
Japan is really good at designing skyscrapers that handle earthquakes.
But whenever I see one of these skyscrapers, I wonder if Freud had a point...
It almost certainly wouldn't meet up with one. The Moore tornado was an EF-5 tornado, there have only ever been 59 confirmed EF-5 tornadoes in the US since 1950. The last Moore-level storm was the Moore storm itself in 2013.
The chance of any specific building in Tornado Alley being hit by a tornado of any strength in a year is said to be 1 in 5,000. Violent tornadoes are 0.1% of all tornadoes.
In addition, Oklahoma is not the only state at risk of EF-5 tornadoes. If you're not going to build in Oklahoma due to tornado risk, you probably shouldn't build in Dallas, Chicago, Minneapolis, or Omaha either, among other places.
Map of all confirmed EF-5 tornado locations in the US: https://www.spc.noaa.gov/faq/tornado/f5torns.html.
Anybody can make a drawing of a supertall building. It takes a lot to go from a rendering to actually building it.
[0] https://www.bloomberg.com/news/articles/2019-04-12/the-visa-...
"and slim just left town" if you want to keep to the Western motif
However, in recent years, earthquakes have become increasingly common in Oklahoma, probably because of oil and gas fracking projects in the eastern part of the state. Just the other day there were six earthquakes, including a 4.1 magnitude (one report stated 4.4 magnitude) quake in Oklahoma City. I assume modern skyscraper design can handle such events, for example designed to sway several feet in each direction, massive springs or other vibration suppressing mechanisms in the base as per Tokyo buildings, but it's still a bit worrisome.
Tornadoes are also frequent phenomena; every spring, TV shows would be interrupted for tornado alerts or warnings on almost a weekly basis. You get used to it. But when it comes to a high rise building, the damage to windows could be massive.[1]
Anyway, good luck to them and I hope the construction goes forward (and finds enough tenants to be worth it).
1. https://www.oklahoman.com/story/news/2023/12/18/proposed-okc...
Housing, parks, churches, restaurants, entertainment etc.
We should want more "lone wolf" office buildings like this in every city.
* Realistically, you could pack the equivalent square footage into less space than this, because you can build shorter buildings wider.
I would definitely expect the elevator set up to be complex in a 90 floor building.
The economy of scale comes from using up less high value land; everything else costs more
It’s why tall buildings taper as they get taller, to minimize the amount of people transported to higher floors.
there is a lot of work going into optimizing elevators so that as few shafts can be built as possible while keeping wait times to a minimum.
I can't think of a good way to say this, apologies if it comes across poorly.
I commented because it felt like cause and effect are backwards
Like, I'd easily believe it's more due to stability than being able to say "aw shucks, we wanted to put elevators there but we can't fit them"
It's like saying the skyscraper has an upside down pyramid to create a choke point. Just do that, don't fight physics too.
People don't go to floors just to fill the space, but the space kind of informs it. It's circular, as I ramble I understand better
It's also why tall towers only get financed during times of easy credit; they don't make much financial sense otherwise. Most supertall buildings take many years to reach full occupancy, if they ever do at all; it is why the World Trade Center complex has not been fully completed to this date.
https://en.wikipedia.org/wiki/BOK_Tower
> BOK Tower was built for the Williams Companies, whose CEO at the time, John Williams, was impressed by the Twin Towers and originally wanted to build two 25-story replicas in Tulsa. However, prior to construction, Williams was informed that having two separate towers would require more elevators than a single, larger tower.[citation needed] The plan for a quarter scale replica was then changed to a single 52-story tower, double the height of the two planned towers.
Hopefully someone fills in a citation!
In fact, I recall the construction of a lot of OKC being 60s-70s era squat concrete bunkers. That was 20 years ago so maybe things have changed but it was sort of a depressing feel.
There’s no question that developer isn’t doing this only out of spite—the need for space must be there, but imagine the board room scene in the movie…
Architect/Urban planning: “we’ve designed a unique promenade with a four building complex, one that is primarily housing, next to shopping and office. A true “never leave your block” lifestyle with urban green space…
Developer: “I’m gonna stop y’all right there. Let’s put up the tallest tower in the US to tell everyone watch out! OKC is back and ready for action! Just give the rest of those woke cities the biggest salute you can imagine!”
Come on. The story writes itself!
Regardless, the money going into this would be so much better spent across a wider area of the city, where it could actually contribute to other development and revitalization. Take a look at the Renaissance Center in Detroit for a great example of a block of high-intensity development in a crumbling city that did nothing to help the city's overall state, and probably made things worse in the short to medium term.
America is incredible
It's something like one or two floors in temperate areas, maybe a maximum of three in areas that get heavy snow.
Especially for commercial buildings, additional costs start to climb quickly (a one-floor building needs zero elevators, for example) above about five floors.
This will be 1,907 ft tall vs 844 ft for the Devon Tower.
it may be hard to get that in a below-grade deck
Oklahoma is about 4000 ft from the lowest point to the highest point.
They could even, for the science, use the central spire as a high altitude mount point for a radome so that they can issue weather forecasts and alerts well before the storms arrive. A nice, round white sphere on top of that spike would really dress it up in a way that is immediately useful to people all over the region.
To take that a step further they can even use the central spire as a sensor launch point so that they can refine existing severe weather models. All they need to do is to use the central spire as a sort of skewer, grease it up with a durable, environmentally friendly lubricant, and set up a string of rounded sensor packages, like a string of pearls, that are lightly tethered so that when the inevitable tornadic winds pass nearby the updraft pulls those sensors off in a steady stream and carries them on the wind across the landscape. The tether should be light enough that the turbulent flow of the winds severs the tethers allowing them to maximize their dispersal.
To aid in recovery of the data just color those sensor packages pearlescent white with a distinctive logo and make them large enough to be easily spotted once they come to rest on the ground and offer a reward to any Okie or anyone else downwind who returns one or reports finding one and you can get some useful science data about debris transport under severe weather conditions. You could even model the central opening to function as a whistle as they disperse so that they can be tracked as they travel on the winds. Years ago when the tornado hit Wichita Falls there was a guitar shop that had a large guitar on a pole outside. That guitar was found hundreds of miles away in Broken Bow, Oklahoma I think.
As a Texan I think we should all support this, for the science.
Does anyone else remember that being a thing? I can't find references after a few web searches and I'm trying to decide if I'm the only one or if this is a Mandela Effect thing.
I wonder how many other people suffer from this?
They are built as a solution to high population density (the only place to go is up) combined with high demand and standard of living that can and will absorb the added cost.
Oklahoma City fails to meet these criteria.
To see this, compare OKC to a nearby major city like Chicago.
- Population density of OKC is 1100 per sq. mile. Chicago is 12000.
- Per capita income in OKC is $36K. Chicago is $46K.
Based on demographics, this sort of tower in OKC looks out of place --- more like maybe a marketing/financing gimmick rather than a serious proposal. I doubt it will ever be completed as proposed because most bankers/financers are likely to reach the same, rather obvious conclusion.https://www.census.gov/quickfacts/fact/table/chicagocityilli...
There are lots of other similar examples. The justification for this in OKC just isn't there IMO --- and is unlikely to ever be there for one major reason --- limited water supply.
https://www.koco.com/article/oklahoma-city-utilities-departm...
Major high density cities demand a large water supply.
This is more about them proving themselves ascendant, than anything else, if I don't miss my guess. A better model might be Dubai, also home to some famously tall skyscrapers... its density is probably lower than can justify those, but they were built anyway to prove how ascendant their form of Islam is.
Burj Khalifa is named so because Sheikh Khalifa of Abu Dhabi had to bail out both the Burj Dubai and the government of Dubai during the 2007 financial crisis.
In other words, it's all about marketing --- not logic, reason, economics or good urban planning.
In OKC, it's not just the spire but the entire building that is about showing off. The rationale is missing --- which is why I doubt it will ever be built as proposed.
This building would become a major tourist attraction. Will the leases and other income generated by the building be enough to pay off the bankers? If so, then it will likely be built.
All of them have higher population density and per capita income in the area than OKC.
For example, Kuala Lumpur has 17X the population density of OKC.
Of the people who go to Oklahoma for vacation, I would expect some of them would definitely make a stop at this building.
Among countless reasons not to build something like this in Oklahoma City, the place is basically nuked by tornados every so often.
You don't need a super skyscraper that's more than twice the height of the next tallest building in OK to address affordable housing.
Matteson Capital and Thinkbox[0] are cited as the clients by the architect AO as listed in the article
Developers take a big swing sometimes, sometimes to get interest in their proposals ( the internet likes it, so my local counsel will have to approve it ), sometimes to get attention from other partners to do big projects together. This may be a portfolio piece, even if never completed as proposed here.
I don't know much about OKC but a certain musical theatre work has me very interested in the wind loading studies for this building.
[0] : https://www.aoarchitects.com/project/the-boardwalk-at-brickt...
Hardly anybody on HN wants to live in "the sticks" and you can build houses there pretty cheaply.
Housing prices can almost always be solved by moving, but people don't want to do that.
(To be fair, they're usually talking about moving from single family homes to allowing small apartment buildings of 4-20 units, not moving from single family homes to towering skyscrapers.)
Not a unique tower that has never been built before, and will have an absurdly high price per square foot.
Building 1800 units of luxury high rise homes costing millions per unit isn't how you combat high real estate prices.
In economic terms, a skyscraper tries to create, not merely to supply, the demand to live and work in it.
Many buildings are purely about inspiring awe (and creating demand), such as the Eiffel Tower, the St. Louis Arch and the Las Vegas Sphere.
Yes, these are awe inspiring works of art --- not intended or designed to provide housing for people. In other words, not really comparable to the proposed OKC tower.
Supertall skyscrapers are obviously prestige projects. But ordinary skyscrapers make sense in cities with a relatively small business district surrounded by low-density suburbs.
I agree, if I was a lender I wouldn’t extend $2-3B to build ~1800 housing units in Oklahoma City. At a $2.5B price tag, that’s $1.4M per unit. The financials don’t make sense.
Maybe if we were still in ZIRP, but the federal funds rate is currently 525-550 bps.
I don't want to be monocausal, but a lot of this is simply Europeans spending time on this site and voicing opinions about American architecture.
It's well-understood that Europe doesn't build significant buildings anymore, and there's confusion about why a US city would want to build something large and noteworthy.
That seems a little unfair. For example, Philharmonie de Paris, France; Elbphilharmonie, Hamburg; The Shard, London; MAAT Museum, Lisbon.
In my tech-enthusiast mind I'm really interested in making peoples lives better so something that would instill some wonder in me would be something more like building Parisian boulevards, walkable, tree-line streets, and parks and such. Maybe even a train or bike lane. Something that would actually improve the livability of the city. An out of place skyscraper is just out of place. There's nothing particularly wonderful or interesting about it aside from how ridiculous it is. It reminds me of Dubai. Sadly, I thought we were trying to move past the Walmart-ization of the world.
I've often wondered why a billionaire doesn't found a new city along those lines. There's a lot of very cheap land all around this vast country, and economic value creation isn't tied to geography as much as it used to be.
Heck, you don't even have to start one from scratch. I live in a midsize city away from the expensive coastal areas with a downtown that's full of potential. It wouldn't take a whole lot of money to truly revitalize it.
A number of people complain about "billionaires" for being rich and whatnot. My biggest gripe with them is they're often unimaginative and have no taste.
[1] https://fiscal.treasury.gov/public/gifts-to-government.html
There are no significant barriers for anyone who is motivated to build.
Personally I'm less interested in Seattle, New York City, San Francisco, Washington DC, Chicago, etc. because the constraints there don't apply to Columbus, Pittsburgh, Grand Rapids, Oklahoma City, etc.
If you'd like to see for yourself, take a look at a satellite map of a city like Columbus and look at the downtown area. You'll find lots of vacant buildings (well you'd have to just know that so that doesn't really count), and surface parking lots that aren't used that often. If you compare that to Seattle you'll see a big difference.
How are these related? If people in OKC were polled and 90% of them said they didn't want the building in their community, do you think that would stop the building from being approved? That is not the typical relationship between developers, councils and zoning boards, and community members.
Please don't sneer, including at the rest of the community.
Oklahoma's main economic basis is oil and gas, plus some agricultural and manufacturing, which doesn't seem to justify a massive investment in corporate office space, especially in a city that is so spread out that working from home is a strong argument over driving 20 miles to work.
But, maybe they're betting that oil and gas will make a rebound if there's a change in government in November, who knows.