Whether it’s your home, your children’s school or some other structure that you and your loved ones spend time in, nothing beats knowing that you’re in a place that cannot be destroyed by most natural or manmade disasters. That’s the confidence Monolithic Domes offer. They meet or exceed FEMA’s standards for providing near-absolute protection. Monolithic Domes are proven survivors of tornadoes, hurricanes, earthquakes and fires.
A fire alarm had been beeping for several hours in a small, Io-20 rental unit in Italy, Texas. The neighbors called the management company to investigate. The manager called the fire department and met them there. They opened the door. Smoke came pouring out.
Researchers at the University of British Columbia loaded 5.5 tons of sand bags on the top of a 24-foot diameter dome and subjected it to simulated earthquake conditions on their shake tables. Watch the video of the shake-table test and find out if the wood-framed dome survived.
A round house survives a hurricane? It did and we think it’s pretty cool. An article appeared on news-press.com’s website in July, highlighting the fact that something as simple as changing the shape of your home can increase its strength dramatically.
Can a Monolithic Dome stop a .30-06 bullet? Find out in David South’s latest President’s Sphere, where he discusses this, and the durability of the Monolithic Dome’s exterior, recounting several stories of domes hit by extreme hail storms with virtually no lasting damage.
Any sturdy building had to be declared a hurricane shelter in the Woodsboro, Texas area up until four years ago. At that time, two hurricane-proof Monolithic Dome gymnasiums, which could act as hurricane shelters for the community, were built in Woodsboro and Edna, reports J. R. Ortega in the story, Hurricane-proof domes could provide salvation for those in path of storm, in the Victoria Advocate.
As they say on TV, “Don’t try this at home.” Don’t shoot holes in your home with a 30-06 caliber rifle. To test the bullet-resisting strength of a Monolithic Dome, Gary Clark, our VP of Sales, fired at our Monolithic Dome storage buildings.
In 1976 I hired a German engineer for a dome project in Germany. Although I never asked for it, he sent me a report stating that, during World War II, thin shell concrete buildings in Germany faired far better than other structures.
The Monolithic Dome school in Geronimo, Oklahoma was recently toured by Oklahoma’s Own newson6.com news reporter, Kelly Ogle. In his report, Ogle interviews NOAA Research Meteorologist Dr. Harold Brooks where he agrees that Monolithic Domes are safer and cheaper options for schools.
The Oklahoma City FOX affiliate KOKH TV online investigative report features part two of a special report about how Monolithic domes at one school could become the model for schools everywhere.
In an article in the News-Star.com, of Shawnee, Oklahoma, it is discussed how Oklahoma public schools are being pressured to install safe rooms. Dale Public Schools and others are touted as already having done so with their Monolithic Domes.
A recent news article at KMOV-St. Louis features a video interview with Valley R-6 officials in Caledonia, Missouri. Quoting, ‘At first glance the five domes that make up Valley R-6 Elementary School in Caledonia, Missouri look odd, but school officials say they are the safest buildings in the face of a tornado. “They are tornado proof – hurricane proof – fire proof and so our kids are very safe,“ says Valley superintendent Brad Crocker.’
It’s time to solve the tornado problem, once and for all
Channel 23, a Fox Affiliate for the Missouri, Illinois and Kentucky, reported on a video interview of Professor Michael Cobb, Physics Professor of Southeast Missouri University. In the video, Professor Cobb explains just why the Monolithic Dome is the safe housing answer for tornado prone areas.
In 1999, David and Donna Kinsey purchased a Monoquad for equipment storage on their acre in Weatherford, Texas. They then completed two 20-foot domes: a laundry facility and an office. They also began planning four interconnected 20-foot domes and a 28-foot Orion. In 2011, Donna launched her new quilting business “Kinsey Quilts” in a 20-foot Monolithic Dome. Fire broke out in that dome on March 25, 2013.
Terrible Tuesday happened on April 10, 1979 when a monster EF4 tornado hit Wichita Falls, Texas. This most-damaging tornado in American history killed 45 people and injured hundreds more. Wicked Weather Weekend commemorates Terrible Tuesday and presents plans for coping with and successfully surviving future natural disasters.
“You can bet the (next) house will be a dome. I only get burned once…. Pun intended.” So said Frank Figueroa, who works with Monolithic Constructors, Inc., and whose small, brick home in Italy, Texas burned on the afternoon of January 15.
The ancient Greeks believed that lightning was the wrath of Zeus. The Vikings thought it was produced by Thor riding through the clouds. Some Native American tribes credited lightning to a mystical bird with flashing feathers. Of course we know better. Science has defined lightning for us. More importantly, it’s estimated that lightning strikes the earth’s surface about 100 times every second. So what will lightning do to a Monolithic Dome?
We have a customer who wants to build a retirement home on one of the San Juan Islands in northwest Washington state. His land is subject to liquefaction during an earthquake. He asked us to help him design a building that would survive both earthquakes and liquefaction.
At a time when life is moving at warp speed, it’s rare to find anything designed to last for centuries. But TopTenz.net managed to put together a list of Top 10 Things to Last 1,000 Years.
Recently, a school superintendent interested in a Monolithic Dome for his campus told me about a conversation he had with an architect, who will remain nameless. According to the superintendent, the architect had told him that Monolithic’s Airform fabric and sprayed-in foam insulation were “fragile and would sustain severe damage in a hailstorm.” I’m always concerned about such statements.
Craig Crossman is a national columnist who writes about computers and technology, and also hosts a popular radio talk show called “Computer America.” While his focus is usually on computers, he knows a good thing when he sees it and does not hesitate to write about it. That’s why he recently penned a column on Monolithic Domes that was published by the Palm Beach Daily News and other newspapers across the United States.
On Tuesday, February 28, David South and Nanette South Clark, his daughter, met with a group in Branson, Missouri, interested in a FEMA grant for a Monolithic Dome tornado shelter. Once the meetings ended, David and Nan immediately started back to Texas. That was fortunate because a tornado hit the area that night!
Interest in Monolithic Dome schools has hit an all-time high in part because the Federal Emergency Management Agency is helping fund new construction in tornado-prone areas. Archie R-V School District recently completed a new Monolithic Dome gymnasium that was funded in part by a $1 million FEMA grant, according to the Bates County Newswire.
Are you looking for a home that can stand up to the strongest of winds and the most devastating of earthquakes? You’ve come to the right place! Mother Nature Network just ranked Monolithic Domes among the top five of the world’s most indestructible homes.
After reviewing the FEMA requirements for a structure capable of providing a safe shelter for people in areas where hurricanes and tornados represent a real danger, the Monolithic Dome, because of its very nature, heads the list for economy and strength to resist extreme loads.
There is no such thing as a free lunch, but the Monolithic Dome comes close. The original cost of a Monolithic Dome is generally less than that of a similar- size conventional building. Often it is much less. Then there is cost recovery. Generally, over a period of twenty years, savings in energy costs will equal the full cost of a Monolithic Dome facility. So, in effect, it becomes free.
A home comes in two parts; the first part is the investment. With the investment comes its value as a family domicile, a place of refuge (if it is strong enough to be a refuge), and a place for the family to gather, work, struggle and grow together. The second part of the house is the money pit. That’s the cost of maintenance, fuel, electricity and manpower it takes to maintain and operate a house. The money pit is where you throw hard-earned cash that’s never seen again by you, the homeowner.
As a young man, I recall sitting in church and looking at a large painted mural at the front of our chapel. It depicted the parable of the ten virgins – five wise and five foolish. I knew that the five foolish ones had arrived without sufficient oil while the five wise ones had plenty. I also knew that when the bridegroom showed up, the smarties who came prepared were allowed to go in with him; the others were not. At the time, I didn’t understand that; it all seemed a bit cruel to me. As I matured, I realized that preparedness definitely has its rewards.
In 2004, Monolithic designed a dome for DuPont. They wanted a structure that could survive a category 5 (155+ mph winds and 18+ foot surge) hurricane, for their plant in DeLisle, Mississippi. It got tested by Hurricane Katrina.
With the end of the Mayan calendar just a little more than a year away, The Huffington Post is reporting that interest in doomsday shelters is on the rise. Those who fear the end of the world will occur on December 21, 2012 are also helping bring attention to the Monolithic Dome’s features that make it virtually indestructible.
Since early childhood I have felt total awe to the magnificence and splendor of God’s wild elements.
In 1943 Abraham Maslow published his eye-opening paper, A Theory of Human Motivation, that featured a pyramid of human needs. Shelter,, a universal human need fell into the second longest level of this pyramid. But just what was shelter for the average American in 1943 and in the years that followed? For most of us it meant having a roof over our heads – a reliable one that could protect us from the rain, wind, cold and heat. That, however, is no longer true.
Fathers Day, 2011: On that day the Antelope Springs Ranch in Blackwell, Texas fell victim to a wildfire that blazed across the Lone Star State. This fire destroyed 100,000 acres before it was stopped.
In 1986 John Ayers of Presidio County, Texas became concerned about nuclear fallout from a dropped bomb. He wanted to be safe and asked me to build an underground house for him, which we did in the late summer of that year.
I keep hoping a day will come when we’re no longer thinking that we may need a bomb or fallout shelter. But it seems more and more likely that the need will occur before that day does.
Time and time again, we’ve seen Monolithic Domes survive Mother’s Nature’s greatest wrath: from Category 5 hurricanes in Florida to EF5 tornadoes in the Midwest. Awareness has been growing in recent years of just how strong these building are. So strong, in fact, that the Federal Emergency Management Agency is now providing funding to schools and other public entities that build domes that double as community disaster shelters.
When sprayed on the interior of a building, with no covering such as shotcrete or drywall, polyurethane foam can create a dangerous fire hazard. Monolithic Domes are as close to fireproof as you can make a building with today’s technology. Yet they have urethane as a major component. Currently, urethane foam is the world’s best insulation, but let me tell you the rest of the story.
Even though we’re in the midst of hurricane season, the memories of the 2011 tornadoes are still fresh in the minds of most people. This year will go down as the deadliest tornado year since The National Weather Service began keeping records, with more than 500 fatalities. That’s one of the reasons why Jon Thompson wrote a feature story on the protection that Monolithic Domes can offer on Architecture Suite 101
To understand the Seismic Zoning method and how it pertains to the Monolithic Dome, we must first understand what effective peak ground acceleration means and how it is measured against gravity.
We have documented evidence that “Monolithic Domes”/topics/domes can survive powerful hurricanes and tornadoes, and even wildfires. But what about a catastrophic event like the end of the world as we know it? Thankfully, we haven’t had to put a dome to that kind of test, at least not yet. But dome homes are popular among survivalists, especially those who are interested in an underground shelter.
After the May 22 tornado devastated Joplin, a two-day workshop titled “Rebuild Joplin Strong” was organized for July 8-9 at Missouri Southern State University. David South was asked to present information about Monolithic Domes at this workshop. He and Judy, his wife, traveled to Joplin and were saddened by what they saw and heard.
Nanette South Clark, Manager of Engineering, shares her feelings on Joplin’s tragedy and America’s severe need for disaster-resistant homes, schools, hospitals, etc. She says, Monolithic Dome schools have actually been mostly funded by FEMA because they can be tornado shelters for entire communities. There is no reason that every town in “Tornado Alley” couldn’t have a Monolithic Dome Tornado Shelter. Yet people are so resistant to change (for the better even) that when it comes right down to it, many choose metal buildings and wood buildings because they don’t want something round in town…."
On April 27, 2011, an F3 tornado, with winds between 158-206 mph, hit the small town of Durant, Mississippi, including the Monolithic Dome home and garage of Mr. and Mrs. Lee Avery.
At about 5:38 on a hot, humid afternoon, an EF4 tornado – possibly an EF5 – with winds of about 200 mph hit little Blanchard, Oklahoma and its 3225 residents. Fortunately unlike some of its neighbors hit by the same spate of tornadoes, Blanchard suffered no fatalities. But some people were hurt seriously and had to be hospitalized; 200 homes were either destroyed or damaged; vehicles were overturned and flung about; giant trees and shrubs were twisted and uprooted; heavy debris was blown hither and tither.
While most Americans are focused on the devastating tornadoes that have been ransacking the nation, those who live in coastal areas have another type of natural disaster on their minds. Hurricane season began on June 1, and meteorologists are predicting that it could be a much more active than last year.
Sadly, it’s official. This year will go down as the deadliest tornado year since record keeping began, according to The National Weather Service. More than 500 people have died in tornadoes in 2011, with nearly half of the fatalities occurring in Alabama. Missouri ranks second with 139 deaths from the Joplin tornado alone.
Monolithic has been teaching, training, promoting and building these domes for 35 years. Some 4000 Monolithic Domes are in use, working and well proven in 52 countries and 49 American states. But they are still a secret!
Like most of the Caribbean islands, St. Lucia is vulnerable to hurricanes. On the average, a severe storm brushes the area about every four years. The last one was Hurricane Dean, which blew by with 100 mile per hour winds in 2007 and tore many roofs away, even in the elegant community of Vigie, Castries where residences are supposed to be built well. The area’s vulnerability to hurricanes is one of the reasons that real estate developer John Craciun is looking to build Monolithic Domes in St. Lucia and the wider Caribbean.
A Thursday evening in September was quiet until the Fire Department and Sheriff’s Department were called to a fire in one of our rental domes. But the interesting part of this story is that the fire, inside the dome, extinguished itself!