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One Dallas, Texas-based company, Deep Earth Bunker goes above and beyond FEMA regulations, conducting wind tests above MACH1 (600 miles per hour.) Deep Earth Bunkers is the focus of Discovery Channel’s television show, Doomsday Bunkers.
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Nuclear fallout shelters have been stigmatized as the ultimate prep for the paranoid and the butt of many jokes.
The Cold War seemed to create a general misconception – that a nuclear incidents are not survivable. A misunderstanding of half-life might also be contributing to the general confusion about radiation. This doesn’t mean we should allow the continued proliferation of nuclear reactors and weapons unless we want to eventually move underground, but while we are busy demanding the end of nukes, we should also be educating ourselves about the necessary tools and techniques for surviving nuclear accidents and blasts.
As you can see from the illustration above, typical homes provide little protection against radiation. The drawing below shows three ways to build a house, kind of like the the story of The Three Little Pigs. The first house (left) is what most of us in America occupy, lightweight stick-framed structures framed with 2x4s.
The second house (center) represents an earthen home, like an adobe or earthbag home with a conventional roof. While this seems crazy at first it actually makes sense because the number one thing that will hurt you in a nuclear disaster (after blast effects) is inhaling or ingesting radioactive material.
Below is an illustration of a shelter I whipped up using information from the available sources as guides. Dividing the bunks from the main living space are two tall cabinets (or lockers) for the occupants’ possessions, which would be mostly clothing, books, and personal items. The main living space would also contain additional water storage (110 gallons in two stacked 55 gallon drums) a small food preparation space, four folding chairs, and a fold-out table. The toilet (bucket-style sawdust toilet) would be located in the main entryway just outside the interior shelter door on the bunk-side of the shelter. Air itself doesn’t become radioactive, the problem is the radioactive particles in the air.
The shelter I’ve drawn here could be expensive to build and truthfully, the whole neighborhood would know you built it due to the size of the hole. Low-Cost Root Cellar – Mother Earth News is a great place to find root cellar designs. Adobe Casita – While this house has thick walls it would need added shielding in the roof and windows.
The most important point is that when all the worst possibilities have occurred (9.0 earthquake, 23 foot tsunami, loss of power grid) that NOT A SINGLE LIFE HAS BEEN LOST BECAUSE OF THE REACTORS. I have worked as a Radiological Controls Tech as well as Reactor Operator so I have education and experience on the subject. People are frightened because they no virtually nothing about how to protect themselves against a nuclear threat. I respect your years of service to the nuclear industry and imagine you must have extensive experience with the topic.
The bottom line is that non-renewable energy like nuclear, oil, coal, natural gas, are killing us.
This is humanity’s opportunity to turn catastrophe into progress and move away from these high risk energy sources, downsize, conserve, and rebuild a foundation based on renewable energy. John, I agree that many people a long way away from Japan are overreacting in the light of the current situation. My second objection to the sentiment of your post is that people are not only worried because of the Fukushima plant. I myself do not think a lot of the people building shelters and giving good information to others so they know how to protect their loved ones is so bad, I don’t have a shelter but am happy for those who do and I do not think the main concern is nuclear power plant fallout, I think it is probably nuclear bombs most people who build the shelters are thinking of. If Japan, the United States, or Europe retreats from nuclear power in the face of the current panic, the most likely alternative energy source is fossil fuel. Many people will be shocked to discover they are still alive after a nuke attack or accident. My grandparents actually built a fallout shelter because it was part of the building code for the area in the 80s.
As someone who has studied this stuff forever I only have a couple of complaints about your design.
The second is for the best radiation protection, the shelter should be at least 8 feet underground at the roof. My final thought of course is to bear in mind while this would make an excellent fallout shelter, it is by no means a blast shelter. The best blast shelters are made from either fiberglass or corrugated steel, and are designed to flex some under ground shock conditions. Malcolm Wells made a number of underground house designs which could be easily adapted for this purpose. Well no one really knows how long would one need to stay in the shelter, could be 2 to 3 weeks or months on end or maybe a year or two maybe more who knows. Concerning your comment: “the whole neighborhood would know you built it due to the size of the hole”. Or a person could tell neighbors that you are increasing the size of your basement with the intent of adding an addition to your home, down the road, when more money is available. It is very expensive now to obtain the hard cover but it is in public domain and can be had for free on the internet.
If a missile is used and it’s detonated above the ground the blast zone will be wider but the fallout will be minimal. This underground bomb shelter provides all of the critical components of a true steel reinforced concrete bomb shelter.
We fabricate all of the critical components and ship them to your shelter site by flatbed truck. What sets this system apart is the integrated design and manufacture process that decreases the cost and build time while increasing the strength and features.
The trusses and the rebar are what give this shelter its certified blast load rating of 20.7 PSI. We also manufacture the blast doors and hatches, blast valves, ventilation pipes, and a NBC filter - every critical component you need for your shelter. This series of pictures shows a series 400 shelter with an optional blast door and an extra ventilation pipe to provide ventilation for a toilet. Here is a detail of a truss showing the holes we punch for the rebar as well as the two small holes for the form board bracket. Note the deadbolt lock mounted on the blast lid right above the pull handle, the EPDM seal around the top lip and the wide angle viewer ports on each side, just below the top lip. For more information on our hatches, see the flat blast hatch and the riser blast hatch pages.
Also shown are the angle brackets, the form board brackets, the deadbolt cap for the riser blast hatch, the electrical, water, and septic penetrations as well as the bottom struts for the ladder. Fallout is a scary word with scary implications, but the more you know about nuclear fallout, how likely it is to reach you should a nuclear explosion occur, and what its effects are on the body, the more prepared you will be to protect yourself and your family.
The tremendous heat produced from a nuclear blast causes an up-draft of air, which forms the familiar mushroom cloud that comes to mind when one thinks “atomic bomb”.
Nuclear radiation cannot be seen, smelled, or otherwise detected by normal senses; it can only be detected by radiation monitoring devices. The greater the dose of radiation received, the more quickly and severely symptoms will begin to appear; this is a relatively accurate screening tool for determining the size of the dose absorbed. Increasing your distance from the radiation source will naturally reduce your likelihood of receiving a large dosage. The track that fallout follows is one relative to the jet stream (a prevailing pattern of winds and weather coming from the west or northwest), just as in a volcano eruption.
North Korea announced that it is preparing to restart the facility that produced its atomic bomb. Iran's nuclear program remains unchanged, a government spokesman Saturday, indicating that Tehran has no plans to meet a key Western demand that it stop enriching uranium. Like the more than 160 million Americans who live within the danger zones, your greatest concern following a nuclear attack comes from radioactive fallout. Are writing supplies available, including pens or pencils and printed forms or paper, for keeping records of radiation exposure? When a nuclear weapon explodes anywhere within several hundred miles, there will be many signs to indicate it. The immediate phenomena associated with a nuclear explosion, as well as the effects of shock and blast and of thermal and nuclear radiations, vary with the location of the point of burst in relation to the surface of the earth.
Blast and thermal effects occur to some extent in all types of explosions, whether conventional or nuclear. From experiments made in laboratories with charged-particle accelerators, it was concluded that the fusion of isotopes of hydrogen was possible.
The observed phenomena associated with a nuclear explosion and the effects on people and materials are largely determined by the thermal radiation and its interaction with the surroundings.
The significant point about the fission of a uranium (or plutonium) nucleus by means of a neutron, in addition to the release of a large quantity of energy, is that the process is accompanied by the instantaneous emission of two or more neutrons. Although two to three neutrons are produced in the fission reaction for every nucleus that undergoes fission, not all of these neutrons are available for causing further fissions. The residual radiation hazard from a nuclear explosion is in the form of radioactive fallout and neutron-induced activity.
About 5% of the energy released in a nuclear air burst is transmitted in the form of initial neutron and gamma radiation. An explosion, in general, results from the very rapid release of a large amount of energy within a limited space.
The radiobiological hazard of worldwide fallout is essentially a long-term one due to the potential accumulation of long-lived radioisotopes, such as strontium-90 and cesium-137, in the body as a result of ingestion of foods which had incorporated these radioactive materials.
The “yield” of a nuclear weapon is a measure of the amount of explosive energy it can produce.
The basic reason for this difference is that, weight for weight, the energy produced by a nuclear explosive is millions of times as great as that produced by a chemical explosive.

A less familiar element, which has attained prominence in recent years because of its use as a source of nuclear energy, is uranium, normally a solid metal. The Penalty Table was developed to provide a simple guide when decisions must be made that will involve some risk.
The radiation hazard will be worst throughout the first 24 hours after each fallout cloud arrives. Used to compare the radiation levels between two or more locations in a bomb shelter when the radiation levels are climbing rapidly and when you have only one survey meter. Is there going to be enough room for all of the people at this bomb shelter in the locations of best protection? As you go through your bomb shelter looking for the places that appear to provide the best shielding from gamma radiation, you should also look for ways to improve the shielding.
Organization of the bomb shelter population into bomb shelter units, each with its own Unit Leader, is necessary not only for good management but also for keeping a radiation exposure record for each person in the bomb shelter. You may have improved the radiation safety of the bomb shelter to the best of your judgment and capability, as discussed earlier. If you are selected to be an RM after you arrive at the bomb shelter, you may have to find out where the radiation instruments are, and you may have to make a special trip to get them. When the survey meter readings level off and then continue to decrease, the arrival of fallout from that particular cloud at your location has almost ended. After the safest locations have been found in the bomb shelter and the people have moved there (if they weren’t there already), use the survey meter to make detailed measurements of the radiation levels in and around the area where the people are located. In some bomb shelters where the FPF is high and about the same everywhere, as in deep underground bomb shelters, caves, and mines, only a few dosimeters need to be mounted or hung where people will be located, to get an idea of what total exposures they are getting, if any. Sometime no later than 24 - 30 hours after fallout has begun to come down, you (the RM) should take the survey meter and check the radiation levels in rooms next to the bomb shelter area and on the way to the outside. Some bomb shelters may have many rooms, some of them on different levels, and others may have just one large room. Which locations within the bomb shelter appear to offer the best protection against fallout? Are there openings to be baffled or covered to reduce the amount of radiation coming through them?
One problem that could develop is that the bomb shelter entrance could be blocked by people who have stopped just inside the entrance. The location you choose for your bomb shelter should be one which gives you the greatest protection possible. The blast wind produced by a nuclear bomb will reach 2,000 mph within the first half mile from ground zero, drop to about 1,000 mph at 2 miles, and will still be at hurricane force (200 mph) several miles out. You are going to need a complete underground bomb shelter plan, and you want to make sure such a plan has been scrutinized thoroughly. It may not be possible to do all these tasks before fallout arrives at the bomb shelter or fallout shelter, and in that case, those tasks that can be done inside the bomb shelter can be done later while fallout is arriving. Kennedy encouraged all Americans to prepare for nuclear war with the Soviet Union by building bomb shelters. The Federal Civil Defense Administration (FCDA) helped educate the American public about nuclear attack.
When my father looks back at the bomb drills held at his school in Fort Smith, Arkansas, he gets a chuckle.
Identities and locations of the bunkers are completely secure, as Deep Earth Bunkers never contract out installation. Cold War nuclear shelters, or even a modern tornado cellars cannot protect you from every possible scenario.
Join more than 1.4 million shooters, hunters, archers, outdoorsmen, survivalists and preppers now! But now that we’ve all been reminded that nuclear accidents can happen, nobody is laughing anymore. So while the amount of radiation currently coming across the Pacific is insignificant, over time it could be a bigger problem if the source is not contained.
For civil defense purposes there are two primary types of meters, survey meters and dosimeters.
To make matters worse store shelves are currently bare as a result of the nuclear accident in Japan.
This is simply because most of our homes are built from relatively lightweight materials. Below is an illustration I whipped up based on shielding design information available on Wikipedia. The thick walls would provide a lot more shielding than the stick-framed home, but the roof would still allow radiation from any airborne fallout to penetrate the home from above.
This house would provide the most protection and is the recommended minimum thickness for an above ground concrete fallout shelter.
Rethinks Strategy for the Unthinkable (December 2010), The New York Times reveals that the U.S.
To build an underground shelter like this would require some careful engineering and construction expertise – so please do not attempt to build a shelter solely from what you read here.
At one end is a set of fold-down bunks that could double as seating space when the family is not in bed. These items, as well as the food and water, would need to be stocked and stored prior to a disaster so that the family could escape to the shelter as soon as a threat was detected. The toilet end of the entryway would be as well shielded from radiation as the main shelter but would provide a little more privacy from the main shelter. So the air entering the shelter must be filtered to prevent fallout particles from being carried inside.
Low voltage fans would be needed to keep the air moving. Air would enter the shelter through the rear (smaller) entrance. In an actual emergency the likelihood of the electric grid going down is high; so this tiny shelter would need to be completely off-the-grid and powered by external solar panels or human power. While subterranean structures naturally regulate their temperature, they are not typically warm unless some kind of passive solar heating or artificial heat source is used. They’ll probably be modifying their current homes or building outbuildings with more shielding than their current homes.
My intention is to help educate and help lessen the taboo on the topic of nuclear disaster preparedness.
We have a choice to close nuclear power plants, we do not have a choice to have have no more earthquakes. The nuclear disaster’s impact will most certainly be felt for years as cancer deaths and other negative effects emerge over time. There is a wealth of information out there on non-nuclear disaster relief and I’ve blogged many times brainstorming solutions right here on Tiny House Design.
There is no need for people in Europe or the USA to feel personally threatened by the radiation leaking from the Fukushima reactors. They are also worried because in many countries there are nuclear reactors that were built a few decades ago and don’t have the high standard of safety that they ought to have. This is safety for something completely different and has great purpose when you see the direction that this world is going. Surviving the new reality that awaits for more than an hour would be a far bigger challenge than building a shelter. It was just a square room in the cellar with extra-insulated walls, a thick metal door, and an air-filtration system that worked with either electricity or a hand crank (not sure how that worked, but that’s how I remember it). My grandparents had a chemical toilet standing in the corner of their shelter, with a shower-curtain around it.
Utah Shelter Systems and Radius Engineering would be great examples of blast shelter manufacturers. If you’ve got a stick-built house with a basement, consider putting on a steel roof with a water pipe at the top, so you could wash fallout down the roof, into the gutters and into a cistern.
You need water, food, air purifire, power, books, so on, and would one go mental living in a combined space or sharing with someone else, would you start to hate each other after a time couped up with each other, and for keeping one clean having a wash, i spent one week in the bush without having a wash, i tell ya I stunk, and you need the water to do that, I am not putting shelters down in anyway I would love to have one, The cost to build one is not in everyones pockets, this is just something to think about.
I found an article on packing concrete bricks between the floor joists to provide more mass to provide additional protection from fallout. If you are planning a shelter, be sure and see our page on principles of shelter design. This pair of trusses are welded together and form a pallet for the rest of the trusses to be shipped on.
The truth is that, in the event of a nuclear attack, the great majority of victims will be those who succumb to radiation sickness from the fallout, which can travel far and fast depending on the weather.
When a blast occurs near the earth’s surface, millions of vaporized dirt particles are drawn into the cloud. This makes radiological emergencies different from other types of emergencies, such as floods or hurricanes. The first signs of Acute Radiation Syndrome are usually nausea and vomiting, followed by a possible lapse in symptoms (depending on the severity of the dose) and then the arrival of new symptoms. For descriptive purposes five types of burst are distinguished, although many variations and intermediate situations can arise in practice.
The release of ionizing radiation, however, is a phenomenon unique to nuclear explosions and is an additional casualty producing mechanism superimposed on blast and thermal effects. There are 40 or so different ways in which the nuclei can split up when fission occurs; hence about 80 different fragments are produced. Some of the fission neutrons are lost by escape, whereas others are lost in various nonfission reactions. The neutrons result almost exclusively from the energy producing fission and fusion reactions, while the initial gamma radiation includes that arising from these reactions as well as that resulting from the decay of short-lived fission products. This is true for a conventional “high explosive,” such as TNT, as well as for a nuclear (or atomic) explosion, although the energy is produced in quite different ways. It is the usual practice to state the yield in terms of the quantity of TNT that would generate the same amount of energy when it explodes. It is important to start keeping track of everyone’s radiation exposure right away, as soon as fallout begins to arrive.
But after fallout arrives, you may find with the use of your survey meter that gamma radiation is shining through at some unexpected location. Most of the bomb shelters with the highest FPF’s will also have the least daylight reaching them. The policy of “what they don’t know won’t hurt them” has never worked with the American public.
Instructions on how to use the instruments may be given at the place where they are issued.
This protection would be of particular benefit to those people with the greatest sensitivity to radiation, namely, children and pregnant women. The people in the bomb shelter should be gathered at the locations that are estimated to have the lowest radiation levels. The problems of providing the best radiation safety will be a little different in each bomb shelter.

Will these changes allow enough air to flow through to keep people from getting too hot when they are crowded?
He said, “A fallout shelter for everybody as rapidly as possible.” In the same year, the magazine, Popular Mechanics publishes plans made by the Office of Civil Defense on how to build your own bomb shelter. They recommended shelters made of concrete, in either the basement or right outside the home. They knew the Russians weren’t going to bomb Fort Smith, if they were going to bomb anywhere. Most people buying pre-made shelters and making them for themselves are preparing for economic collapse, EMP, CME, super volcano, or other natural disasters. Their bunkers offer 99 percent protection from whatever may befall in a disaster situation. Dixon told me that he likes to tell others to be prepared so that “You don’t have to shoot me and I don’t have to shoot you.” I think it is an excellent philosophy. We reserve the right to edit as appropriate, delete profane, harassing, abusive and spam comments or posts, and block repeat offenders. All creations copyright of the creators.Minecraft is copyright Mojang AB and is not affiliated with this site.
My hope is that nuclear preparedness becomes a topic we’re more comfortable talking about again.
Even well-intentioned documentaries like Countdown to Zero tend to leave the viewer with a total sense of dread and hopelessness. A useful analogy for understanding the nature of radiation is to think of it as heat you can’t see, feel, hear, taste, or smell. As soon as supplies become available it might be a worthwhile investment and there are some low-cost options like the NukAlert and the RADSticker. Lead provides the thinnest wall while packed soil provides the most cost effective wall, albeit at 3-feet thick compared to 4 inches of lead.
If radioactive material gets into your bloodstream through a cut, eyes, mouth, etc, it can’t be washed off. The potential oder from the simple emergency toilet would also carried outside by cross ventilation. Some suggest that one micron filters be used but others say 90-degree turns in hallways and ducts are sufficient. Solar panels would run the risk of being covered with fallout, so some kind of human power generator backup would need to be available. In a space this small the occupants’ body heat may actually make the interior fairly hot after some time has passed. Here are some examples of small buildings I’ve some across in the past that would make decent fallout shelters. Japan isn’t the only earthquake zone in the world, and many countries are revising whether the reactors in their own countries could withstand a similar natural catastrophe. The sole fatal nuclear power accident of the last 40 years, Chernobyl, directly killed 31 people. Include board games, books or magazines and dynamo-operated flashlights in the inventory of the shelter.
The earth arching you have in the design will help, but being constructed of concrete (even reinforced) it’s not the best design to mitigate ground shock. You’re probably thinking more about your friends, loved ones and the rest of your community outside the shelter who are more than likely dead. A halving thickness is the amount of a material that can cut the radiation passing through in half. All hatches we build now have a cam latch to suck the blast lid down onto the seal on the riser lip. All ventilation pipes need a blast valve to protect the occupants from a nearby detonation. This is why it is so important to ensure that your underground shelter is equipped to protect you from these seemingly-innocuous dust particles.
As the heat diminishes, radioactive materials that have vaporized condense on the dirt particles and fall back to Earth.
Monitoring can project the fallout arrival times, which would be announced through official warning channels. These new symptoms will typically appear within 1-4 weeks unless the dose was incredibly severe, and include dizziness, weakness, hair loss, bloody vomit and stools, and low blood pressure. The bunker, big enough to house all of the Senate and House of Representatives, is still there. Obviously, we know now that “duck and cover” isn’t going to help you out in the event of a nuclear bomb. I’d hate to see us succumb to fear mongering and instead educate ourselves, prepare for the possibility, and work toward eliminating nuclear power and weapons. The truth is that reactor accidents and blasts are survivable because radioactivity diminishes faster then we might think.
The farther you are away from any heat source, and the more stuff between you and the heat source, the less likely you are to be burned.
But I also suspect a whole new generation of civil defense meters will flood the market as companies work to meet the renewed demand. This is a good tactical strategy to know in an emergency but also a good visual teaching tool for understanding what is needed to shield yourself from radiation. Both entrances would provide a space for washing-off contamination before entering the shelter. The reliance on electricity would need to be limited to lighting, ventilation, and communication simply due to the lack of power. However, many people in the immediate vicinity of the reactors have been experiencing levels of radiation over the past couple of weeks that will most probably damage their health and possibly cause their death eventually. I think that when dealing with a force that can potentially be so destructive, it’s only right to think ahead and be cautious.
By comparison, Switzerland’s Paul Scherrer Institute calculates that from 1969 to 2000, more than 20,000 people died in severe accidents in the oil supply chain. Check the expiry date of stored food at least once a year and make sure it’ll still be edible if you ever end up having to use it. Not a big deal in a tiny house because you’re free to go outside, but try not leaving a tiny house for two weeks or more. The steel trusses stay embedded in the ceiling giving additional strength over and above what rebar normally provides. The weight of the ceiling, the backfill, and even a vehicle parked on top were added in before the blast load was calculated. However, any increase in surface build-up of gritty dust and dirt should be a warning to take protective measures.
Exposure to enough radiation to cause sickness greatly increases an individual’s chances of developing cancer later in life. This is why heading into a fallout shelter is the best course of action following a nuclear attack, regardless of your distance from the blast.
Depending on the size of the bomb, type of detonation (underground, ground level, or air burst) and height of the mushroom cloud which, as mentioned earlier, is filled with radioactive debris pulled up with it from the earth, gamma-charged dust particles can travel across several states before falling to the ground. President Kennedy, also in 1961 asked Congress for $100 million to build public fallout shelters.
That year, the government paid for an extra wing built onto the Greenbriar to mask the giant undertaking of building such a large underground shelter. However, two weeks is a long time to spend in a fallout shelter, where ventilation and waste disposal would be a necessity.
Concrete fallout shelters from the past can decay and crack, making them useless against nuclear bomb, EMP, CME, and other weapons and disasters. After the initial incident those that stayed sheltered would be left to rebuild, just like those who survived the bombings of Hiroshima and Nagasaki. Both are useful because the survey meter can alert you to the source and intensity of a danger while a dosimeter can tell you how much total radiation you’ve received. The runoff water would need to be carried away by a drain or pumped outside since it would contain radioactive particles. Some of the workers sent into the damaged reactors have already had to be hospitalised because of the dangerous dose of radiation they were submitted to.
More than 15,000 people died in severe accidents in the coal supply chain—11,000 in China alone.
Consider a way to have a working radio in the shelter (maybe have the antenna go through the air vent?), or how will you know when it’s safe to get out? This fallout material decays over a long period of time, and is the main source of residual nuclear radiation.
Those near the blast who have already received a dose of radiation should still retreat to a shielded location to prevent further prolonged contamination.
As time goes by, the radioactive energy literally burns itself out as the powdery surface left will return to near normal levels. To this day, during renovations and excavations of older buildings, construction crews are finding long-forgotten fallout shelters, still stocked with food and water. Building a shelter with the proper ventilation and protection against fallout was very expense.
Bunker makers are using steel, concrete-reinforced steel, or fiberglass to make modern-day disaster shelters. Your statement is still true today, but I’m not sure how it will hold up in the coming weeks, months and years.
What makes fallout such a threat is that it may be carried by wind currents for hundreds of miles if the right conditions exist. This can take as long as several weeks, but typically should not last more than 4 or 5 days. Researchers now say that Americans were probably not building as many fallout shelters as we may have once believed.
Effects from even a small portable device exploded at ground level can be potentially deadly for many more individuals than would have been affected by the blast itself. A lot of factors play into determining the level of radiation at different intervals of time and distance from the blast. Fallout Vault Door Tutorial In Minecraft (Easy) Fallout 4 Sanctuary Settlement Building Tips (Advanced) Fallout 4: 10 Things You Didn't Know You COULD DO "LEFT AT ALBUQUERQUE!!!" Fallout 4 Part 32 - 1080p HD PC Gameplay Walkthrough "LESS TALK MORE ROKK!!!" Fallout 4 Part 34 - 1080p HD PC Gameplay Walkthrough "ADVANCED BUILDING TIPS & TRICKS!!!" Fallout 4 LET'S BUILD Part 5 - 1080p HD PC Gameplay Walkthrough "MY TROPICAL BEACH HOUSE!!!" Stranded Deep S03 Part 3 - 1080p PC Gameplay Fallout 4 - How To Board Up Windows!
But better that, than being the one with 2 days of food and water in your house when disaster, no matter what that may be, strikes!

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