Great job! I'm a G.C. in utah been using ICF for all my foundations for 27 years would never go back to forms and diesel great r-value with the thermal mass
Great video. Everything was planned meticulously. I used to be an apprentice carpenter working with concrete forms, and while I don't have a ton of experience, I know enough to tell you have a lot of experience.
Ok, so this is my 5th time watching through this video. I will be embarking on a very similiar project in the next year and trying to get my head around the specifics. Im going to go back and watch the full featured pieces. But honestly, man....this is amazing work. I am hoping I can reach out to you and lean on you as a mentor....
FYI: I am about half way done fixing the bulk of my videos for the Root Cellar Playlist. I had a copyright violation and in the middle of fixing each video. Saturday 4 more will be posted. And by Christmas the full playlist will be posted. In January I will begin posting the Greenhouse build that is on top of the Root Cellar. Yes feel free to reach out in the future.I try and check the Comments every 3 or 4 days. I am going to do a video on what I would do different the next time. One of the biggest change is I would not put the Ice Melt PEX in the stairwell. I found out that it is deep enough that nothing ever freezes in the stairwell from the depth it is the soil down there is enough to prevent freezing. Thanks for watching.
He works so cleanly and professionally, considering that I am also currently building a family house (in Europe, we mainly build the whole house with concrete and bricks)
I grew up in one of the 1st homes in the US, built using this method way back in the late 70's in Central FL. Used the foam forms with concrete filled and plaster over the foam. with a cement roof. It was extremely energy efficient for cooling/heating in FL. It also had roll down shutters built into the walls that were used as hurricane shutters. It never really took off but it was the perfect design for FL. They tried to build them again in the early 2000's claiming it was a new idea and I was like.. nope I lived in one of those houses when I was 6 years old in the late 70's into my teens.. Now they are doing it again and they still act as if ICF it's some new future building method..
You know first hand they have been around. I think the problem is the construction community don't use them frequent enough. They want to slap stick frame building together quickly and then jump to another job doing that one just as quick. Quality takes time and not many feel comfortable working with the ICF's. Thanks for watching.
Yes I do. If you go to my channel by selecting the Brown Cabin you can find the PlayList "ICF Root Cellar Build" . I still have about 8 more to post to complete the full build. Thanks for watching.
The one thing I will add is an exit, with a passage that will allow all the water from a flood to run through whilst we're inside confortable. That's what scares me the most. Have you thought of metal isolation like faraday to be undectected. I am actually worried about the future. Thanks for the video.
I do have two floor drains. One in the Cellar and one in the staircase. The build location is on a flat spot near the slope. All drains exit through the slope and can never backup. Metal Isolation and Faraday cage and the future... I put my hope in God that he is gong to step in as he states in the Bible that he will. At his will and his time. We just have to have faith in him. Thanks for watching.
Wow Steve, that was a heck of a lot of work AND concrete! Out of ignorance I have a few questions. I figured the insulated sides and the thermal mass of the earth on the bottom level would maintain a constant temperature. Why did you put pex in floor radiant heat on the bottom floor of the cellar? Also, could you have used less concrete on the job by just building thick enough floor/ceiling joists to fill the space up with some form of insulation and made your ceiling/floor system out of wood vs concrete? Don't you want high humidity in there to keep your fruit and root veggies moist? With all that sand for soil, the floor drain, AND the drainage around the foundation, why the water proofing membrane on the outside of the buried walls? Was that more to protect the exterior styrofoam walls or to actually prevent water ingress? Many you're going to get a TON of use out of that space! What are you planning on building on top of it? Great job!
Great questions, The PEX in the Root Cellar floor is to pull the geothermal 55 degree temp to cool the water and send it to my cabin to cool my cabin. And It has to option to be heated by my outdoor wood boiler if I chose years down the road. Yes wood joists to build the floor/ceiling is a common option and would work well. I actually put a 6mil vapor barrier under the concrete floor to slow the humidity to prevent dripping from the ceiling. I still maintain 70 to 80% Humidity and on rainy days it will jump to 100% humidity. The Peel & Stick waterproofing membrane is to prevent water ingress on heavy rain days. On tip is gong to be the Greenhouse. I will begin posting the greenhouse build some time in January. Thanks for watching.
I will be doing a detail video on what the Root Cellar Cost. Off the top I would guess between 15k to 18k. Thanks for watching. It can be done less expensive if one was to leave out the PEX Options. Thanks for watching.
Are you planning to have an organized playlist? This project starts at day 34-36 then 42-44, 45-47, 48-50, 51, 52-53, then jumps again to 56, jump to 60, jump to 65. YOU might understand what all is and has been done but we dont.
Good observation, Yes, I actually did have all the full set of videos posted but once the TH-cam channel became monetized it received Copyright violations on the music that I inserted. I then had to remove the videos, I am having difficulty removing the song in some of the videos. I will get this done probably in the next two months or so. Thanks for watching.
1" minus rock (not limestone) Grade 6A with slightly more sand for easy flow-ability. It is what the pump truck owner recommended. It turned out very well. The BuildBlock Engineering manual recommended 3/8 rock. Thanks for watching
6 mil thick plastic that I am using as a vapor barrier. Many people say I should not have used this in a root cellar. I put it in because I did not want 99% humidity with water dripping off the ceiling constantly. The cellar is holding around 70% to 80% humidity and naturally 99% when it is raining outside. I have a cardboard box that I keep in the cellar as a test. The cardboard box is still dry and free of mold. Thanks for watching.
Really impressive. My only question was why did you drill and place the rebar into the foundation for the ICF walls instead of placing the rebar while the concrete was still wet?
I did intend on inserting the Vertical rebar in the footing but forgot as I did the pour by myself then remembered when it was too late. see ICF Root Cellar - Concrete Footing Pour for more detail.. Thanks for watching.
I ran out of time, I was going to insert the vertical rebar for the tie in of the walls but the concrete set up too fast. I ended up drilling the footing and inserting the vertical rebar. Thanks for watching.
I luv this idea and have been thinking of doing something similar with a tiny house build on top.. im only 6 min in the vid and maybe my main question will be answered as I watch, but if not, were do the drains in the floor go, how and why.. to deep for a main sewage connection, I didnt see a septic tank.. or is it just a small drain field type situation.
Great Question, The Root cellar is built on the side of a hill. I run the drain pipe out under the foundation until it pokes out of the side of the hill. I put it in in case the stairway entry gets rain
So impressed Why didn’t you make a ramp to walk down. Especially when you get older it would have made it so much easier You still can change it You put a drain at the very bottom for rain Your project is sweet 💯
Block would be much quicker. I wanted something that would last for 100 years. I poured the foundation footing separate from the floor. I installed pex in the floor giving the option for heating by use of my outdoor wood boiler.
Seems like a great place to survive a catastrophic event. I highly doubt his location is a direct ICBM target. 3’ of earth with the concrete will be enough to protect from most radiation. Surviving for 7 days in the shelter is the next objective, not 3 days. If he can have enough food, water, oxygen and hvac for however many people will be inside. He’ll be in great shape. The humidity must be felt with otherwise it’s a sickness trap.
Its hard to see but I have two more 3" air passages in the stairwell. Depending on what direction the wind is blowing two are for intake and two are exhaust. I also have one vent down on the floor that doubles as a floor drain. I was able to do this because of the Cellar being built on the edge of the hill. Thanks for watching.
My channel became Monitized and the music that was in them NOW shows up as Copyright Issue. I am having to go and edit all 50 videos using the You tube Studio. I am replacing the copyright issue song with a new song that has a valid license that You Tube accepts. I did not see this coming. They will be resolved and Public again soon. Thanks for watching.
Short of a direct hit it will be a fallout shelter. A place to survive for typically 3 days until all of the radioactive fallout lands on the ground. But do I really want to survive after a nulcular bomb? Thanks for watching.
That's not the point of this build, and if your base metric is direct/near impact of an ICBM survival then there's not a diy build on TH-cam that'll meet your baseline.
@Nova-m8d yes, that's what I said. That's not the point of this build. You're baseline is if it'll survive a direct or near icbm impact evidently, and you're not going to find any build on TH-cam that can survive that. This build is, currently and most likely, for short term survival of natural disaster given the relatively shallow depth and no evident air filtration. As the originator said, given some basic air filtration this type of shelter could be used for surviving until the majority of fallout has settled and decayed to more stable isotopes, a few days.
@Nova-m8d why build any house if it can't survive an icbm strike? Your question is totally out of a logical frame of reference. Unless you're living in a city center or major metropolitan area, there's no need for a hardened bunker dozens of feet underground (which would only survive general proximity to a strike anyways), your biggest concern is being shielded from the fallout radiation traveling on ejected material from said strikes or similar disaster. Concrete with compacted earth overhead, even a relatively small covering, will block most all types of ionizing radiation. That radiation is only going to last (significantly above background) a few days. Again, this type of shelter will survive that (with air filtration, water and food reserves) and most natural disasters of the region he is in.
@Nova-m8d yes, because that was a reactor meltdown. Completely different isotopes used for reactors vs. nuclear weapons. The materials in reactors are formulated to deliver a significant power output for years. A icbm's payload is designed to deliver virtually instantaneous energy output. A reactor is akin to a battery whereas a icmb is akin to a capacitor. Chernobyl, specifically, is a testament to the fissile material having lower output, whereas Hiroshima and Nagasaki were able to be investigated and repopulated within a couple weeks. You can hold weapons grade fissile material for a long time with no problems, be in its unshielded proximity almost indefinitely because it's incredibly stable. Look up the demon core, a real life example of how safe weapons grade material is to handle IF YOU DON'T DO SOMETHING STUPID. The material used in reactors, if left exposed in the same way, will basically microwave anyone before they could ever get close enough to touch it.
This man has built a few things in his life. Absolute mastery of his art.
Thanks for the compliment and thanks for watching.
the fact that this only took 65 days is mad impressive and good job this is insane
Thanks for watching.
This dude is a badass
Thanks for the comment, and thanks for watching.
Great job! I'm a G.C. in utah been using ICF for all my foundations for 27 years would never go back to forms and diesel great r-value with the thermal mass
Thanks for watching and I agree on the thermal mass and R-value.
Great video. Everything was planned meticulously. I used to be an apprentice carpenter working with concrete forms, and while I don't have a ton of experience, I know enough to tell you have a lot of experience.
Thanks for the compliment and thanks for watching.
This Guy takes prepping to the next level.
Thanks for watching.
That was like watching a movie. Keep em coming, Steve. Subscribed
A little long but full of good details, Thanks for watching.
Ok, so this is my 5th time watching through this video. I will be embarking on a very similiar project in the next year and trying to get my head around the specifics. Im going to go back and watch the full featured pieces. But honestly, man....this is amazing work. I am hoping I can reach out to you and lean on you as a mentor....
FYI: I am about half way done fixing the bulk of my videos for the Root Cellar Playlist. I had a copyright violation and in the middle of fixing each video. Saturday 4 more will be posted. And by Christmas the full playlist will be posted. In January I will begin posting the Greenhouse build that is on top of the Root Cellar. Yes feel free to reach out in the future.I try and check the Comments every 3 or 4 days.
I am going to do a video on what I would do different the next time. One of the biggest change is I would not put the Ice Melt PEX in the stairwell. I found out that it is deep enough that nothing ever freezes in the stairwell from the depth it is the soil down there is enough to prevent freezing.
Thanks for watching.
Wow, congrats, Man! I haven't seen such a robust and well-designed build in TH-cam videos from the USA before!
Wow, thanks for the compliment, and thanks for watching.
The planning alone was probably more impressive than building it😅
But the efficiency and build was just as impressive and inspiring!!
Get ready sometime in January I should be start posting the Greenhouse build that is on top of the Cellar. Thanks for watching.
He works so cleanly and professionally, considering that I am also currently building a family house (in Europe, we mainly build the whole house with concrete and bricks)
Thanks for the comment and thanks for watching.
WHOA!! Nice!!
Thanks for watching!
Complements on you great celler build! An I know a hard determined when I see one, but hats you!!! Thanks for the vid!
Thanks for the compliment, and thanks for watching.
Excellent! A change for a future build would be to install an elevator shaft to make it easier to bring things in and out.
Good Idea on the elevator shaft. Thanks for watching.
Awesome work. Watching from the U.P. I can appreciate how hard this must of been to film. Quality workmanship. Cheers
Thanks for the compliment and Thanks for watching from the U.P.
Looking forward to the greenhouse.
Thanks for watching. Hoping to start editing and posting the Greenhouse in January.
I grew up in one of the 1st homes in the US, built using this method way back in the late 70's in Central FL. Used the foam forms with concrete filled and plaster over the foam. with a cement roof. It was extremely energy efficient for cooling/heating in FL. It also had roll down shutters built into the walls that were used as hurricane shutters. It never really took off but it was the perfect design for FL.
They tried to build them again in the early 2000's claiming it was a new idea and I was like.. nope I lived in one of those houses when I was 6 years old in the late 70's into my teens.. Now they are doing it again and they still act as if ICF it's some new future building method..
You know first hand they have been around. I think the problem is the construction community don't use them frequent enough. They want to slap stick frame building together quickly and then jump to another job doing that one just as quick. Quality takes time and not many feel comfortable working with the ICF's. Thanks for watching.
Looks good, man. Watching from all the way down here in Fl👌🏻
Thanks for the compliment, Florida sounds like a good place to be in this cold December here in Michigan. Thanks for watching.
Great decision on narrowing the staircase, that would have wasted so much space
Thanks for the comment and thanks for watching.
man this would be awesome have all the best tools and materials and do a job like this from start to finish
And lots of LABOR and SWEAT. Thanks for watching.
Awesome work!
Thanks for watching.
Good morning, Great video. Can you tell me who makes the big landscaping blocks? Thanks Tom
Redi-Rock, Please see my video - Redi Rock Retaining Wall Review. Thanks for watching.
Great video! I was planning on doing the same thing! Do you have a slower detailed version? I love the way you did this.
Yes I do. If you go to my channel by selecting the Brown Cabin you can find the PlayList "ICF Root Cellar Build" . I still have about 8 more to post to complete the full build. Thanks for watching.
The one thing I will add is an exit, with a passage that will allow all the water from a flood to run through whilst we're inside confortable. That's what scares me the most. Have you thought of metal isolation like faraday to be undectected. I am actually worried about the future. Thanks for the video.
I do have two floor drains. One in the Cellar and one in the staircase. The build location is on a flat spot near the slope. All drains exit through the slope and can never backup.
Metal Isolation and Faraday cage and the future... I put my hope in God that he is gong to step in as he states in the Bible that he will. At his will and his time. We just have to have faith in him.
Thanks for watching.
Holy freakN ell man !!! I must have missed it: What problem did all this EXCEPTIONAL planning & work solve? Dang, wonderful job man!!!
All the extra planning prevented unknown amounts of ReWork, Thanks for watching.
Wow Steve, that was a heck of a lot of work AND concrete! Out of ignorance I have a few questions. I figured the insulated sides and the thermal mass of the earth on the bottom level would maintain a constant temperature. Why did you put pex in floor radiant heat on the bottom floor of the cellar? Also, could you have used less concrete on the job by just building thick enough floor/ceiling joists to fill the space up with some form of insulation and made your ceiling/floor system out of wood vs concrete? Don't you want high humidity in there to keep your fruit and root veggies moist? With all that sand for soil, the floor drain, AND the drainage around the foundation, why the water proofing membrane on the outside of the buried walls? Was that more to protect the exterior styrofoam walls or to actually prevent water ingress?
Many you're going to get a TON of use out of that space! What are you planning on building on top of it? Great job!
Great questions,
The PEX in the Root Cellar floor is to pull the geothermal 55 degree temp to cool the water and send it to my cabin to cool my cabin. And It has to option to be heated by my outdoor wood boiler if I chose years down the road.
Yes wood joists to build the floor/ceiling is a common option and would work well.
I actually put a 6mil vapor barrier under the concrete floor to slow the humidity to prevent dripping from the ceiling. I still maintain 70 to 80% Humidity and on rainy days it will jump to 100% humidity.
The Peel & Stick waterproofing membrane is to prevent water ingress on heavy rain days.
On tip is gong to be the Greenhouse. I will begin posting the greenhouse build some time in January.
Thanks for watching.
Absolute Perfektion 🌟
Thanks for watching.
Very nice and expensive.
I will be doing a detail video on what the Root Cellar Cost. Off the top I would guess between 15k to 18k. Thanks for watching. It can be done less expensive if one was to leave out the PEX Options. Thanks for watching.
@@puremichiganliving9952 ok thx. that's the only detail i was interested in.
Good job Steve
Thanks for watching grace. I am going to be late but will get it to you by next weekend.
badass!
Thanks for watching.
Are you planning to have an organized playlist? This project starts at day 34-36 then 42-44, 45-47, 48-50, 51, 52-53, then jumps again to 56, jump to 60, jump to 65. YOU might understand what all is and has been done but we dont.
Good observation, Yes, I actually did have all the full set of videos posted but once the TH-cam channel became monetized it received Copyright violations on the music that I inserted. I then had to remove the videos, I am having difficulty removing the song in some of the videos. I will get this done probably in the next two months or so. Thanks for watching.
24:50 : we do not need a structural to support the ceiling, we use pretentionnned concrete bars..save a lot of time
I like your idea. A big time saver. Thanks for watching.
exelent my friend
Many thanks
Nice, a wealth of building experience on show here. What concrete mix did you settle on for the build?
1" minus rock (not limestone) Grade 6A with slightly more sand for easy flow-ability. It is what the pump truck owner recommended. It turned out very well. The BuildBlock Engineering manual recommended 3/8 rock. Thanks for watching
@5:00 What material is the sheet between compacted soil and pour? How thick is it?
6 mil thick plastic that I am using as a vapor barrier. Many people say I should not have used this in a root cellar. I put it in because I did not want 99% humidity with water dripping off the ceiling constantly. The cellar is holding around 70% to 80% humidity and naturally 99% when it is raining outside. I have a cardboard box that I keep in the cellar as a test. The cardboard box is still dry and free of mold. Thanks for watching.
It's men like this that makes the rest of us men look bad! Great job on the build out
Thanks for the comment and thanks for watching.
your build looks like very professional. love it. regards from germany
Thank You for the compliment. And thanks for watching.
Really impressive.
My only question was why did you drill and place the rebar into the foundation for the ICF walls instead of placing the rebar while the concrete was still wet?
I did intend on inserting the Vertical rebar in the footing but forgot as I did the pour by myself then remembered when it was too late.
see ICF Root Cellar - Concrete Footing Pour for more detail.. Thanks for watching.
WOwwwW that's great 😁🤙🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉
Thanks for watching.
I never saw footings look any better! It looks like you poured them yourself, did the cement driver give you enough time to spread out the concrete.?
I ran out of time, I was going to insert the vertical rebar for the tie in of the walls but the concrete set up too fast. I ended up drilling the footing and inserting the vertical rebar. Thanks for watching.
I luv this idea and have been thinking of doing something similar with a tiny house build on top.. im only 6 min in the vid and maybe my main question will be answered as I watch, but if not, were do the drains in the floor go, how and why.. to deep for a main sewage connection, I didnt see a septic tank.. or is it just a small drain field type situation.
Great Question, The Root cellar is built on the side of a hill. I run the drain pipe out under the foundation until it pokes out of the side of the hill. I put it in in case the stairway entry gets rain
the rain has a place to go. I also tied in a drain pipe that will be for a rinsing sink in the green house and will use the same drain.
Thanks for watching.
This man is genious , really it a good video that i want cross everytime i open youtube , god bless
Thanks for the compliment. And thanks for watching.
So impressed
Why didn’t you make a ramp to walk down. Especially when you get older it would have made it so much easier
You still can change it
You put a drain at the very bottom for rain
Your project is sweet 💯
I considered the stairs for when I am older. I gave it a 7" step rise to 11" step run. Thanks for watching.
Why not just lay block .Im still trying to figure out why you poured the foundation in sections. Anyway.
Block would be much quicker. I wanted something that would last for 100 years. I poured the foundation footing separate from the floor. I installed pex in the floor giving the option for heating by use of my outdoor wood boiler.
How long did it take you to get this done
Edit: maybe I should have read the title
This took 65 work days over a 20 month period totaling 336 hours. Thanks for watching.
Seems like a great place to survive a catastrophic event. I highly doubt his location is a direct ICBM target. 3’ of earth with the concrete will be enough to protect from most radiation. Surviving for 7 days in the shelter is the next objective, not 3 days. If he can have enough food, water, oxygen and hvac for however many people will be inside. He’ll be in great shape.
The humidity must be felt with otherwise it’s a sickness trap.
Not sure I want to be around after a Nuclear attack. Thanks for watching.
DIY how to spend a million dollars on a bunker lol that thing is seriously impressive.
Soon I will do a video on how much this cost. A rough guess is between $15K to 18K. Thanks for watching.
@ I’m only poking fun. You did an incredible job. I was quoted 8 grand just to dig the hole for the one I wanted to build. Blew the budget real quick.
Why the cut PVC pipe around the rebar??
Never mind saw that it makes it easy to put the vertical rebar in tied to ones in foundation.
The gray PVC is for electrical conduit from the service panel location to the stairwell for lights.
The small pieces of PVC are place holders to keep the conduit in place when the pouring of the concrete splashes and moves about. Thanks for watching.
Air intake and outtake right next to each other like that means you're breathing in your own carbon dioxide
Its hard to see but I have two more 3" air passages in the stairwell. Depending on what direction the wind is blowing two are for intake and two are exhaust. I also have one vent down on the floor that doubles as a floor drain. I was able to do this because of the Cellar being built on the edge of the hill. Thanks for watching.
what happened to all your videos???
My channel became Monitized and the music that was in them NOW shows up as Copyright Issue. I am having to go and edit all 50 videos using the You tube Studio. I am replacing the copyright issue song with a new song that has a valid license that You Tube accepts. I did not see this coming. They will be resolved and Public again soon. Thanks for watching.
@@puremichiganliving9952 that sucks and i’m sorry for you, can’t wait to see all the videos back and all your new ones to come
Without at least 6" each of lead, boron-steel and steel sheets combined with the concert and packed earth on all 6 sides, this will not protect you.
But it makes a great Root Cellar and Storm shelter. Thanks for watching.
Dude…seriously? Now that there aren’t any SAC bases in Michigan I doubt he has to worry about a direct hit, or near miss. Go troll someone else.
@@gatorspad3632 You sir are clueless. You are the TROLL
Wow, how many days did it take you to compose that deep response. Wait, I think I hear your mom calling from upstairs…dinner! Mac and cheese for you!
“Lead Boron Steel” is a misnomer. There is harden steel with boron in it, but not “Lead Boron steel” or “Lead.”
taking those supports out would have terrified me. I would have gone to homedepot to get a day laborer.
That was a bit challenging bumping my head a few times. Thanks for watching.
While that bunker will survive a tornado, it will not survive an ICBM.
Short of a direct hit it will be a fallout shelter. A place to survive for typically 3 days until all of the radioactive fallout lands on the ground. But do I really want to survive after a nulcular bomb? Thanks for watching.
That's not the point of this build, and if your base metric is direct/near impact of an ICBM survival then there's not a diy build on TH-cam that'll meet your baseline.
@Nova-m8d yes, that's what I said. That's not the point of this build. You're baseline is if it'll survive a direct or near icbm impact evidently, and you're not going to find any build on TH-cam that can survive that. This build is, currently and most likely, for short term survival of natural disaster given the relatively shallow depth and no evident air filtration. As the originator said, given some basic air filtration this type of shelter could be used for surviving until the majority of fallout has settled and decayed to more stable isotopes, a few days.
@Nova-m8d why build any house if it can't survive an icbm strike?
Your question is totally out of a logical frame of reference. Unless you're living in a city center or major metropolitan area, there's no need for a hardened bunker dozens of feet underground (which would only survive general proximity to a strike anyways), your biggest concern is being shielded from the fallout radiation traveling on ejected material from said strikes or similar disaster. Concrete with compacted earth overhead, even a relatively small covering, will block most all types of ionizing radiation. That radiation is only going to last (significantly above background) a few days. Again, this type of shelter will survive that (with air filtration, water and food reserves) and most natural disasters of the region he is in.
@Nova-m8d yes, because that was a reactor meltdown. Completely different isotopes used for reactors vs. nuclear weapons. The materials in reactors are formulated to deliver a significant power output for years. A icbm's payload is designed to deliver virtually instantaneous energy output. A reactor is akin to a battery whereas a icmb is akin to a capacitor. Chernobyl, specifically, is a testament to the fissile material having lower output, whereas Hiroshima and Nagasaki were able to be investigated and repopulated within a couple weeks. You can hold weapons grade fissile material for a long time with no problems, be in its unshielded proximity almost indefinitely because it's incredibly stable. Look up the demon core, a real life example of how safe weapons grade material is to handle IF YOU DON'T DO SOMETHING STUPID. The material used in reactors, if left exposed in the same way, will basically microwave anyone before they could ever get close enough to touch it.
Some poor homeless cheerleader is really gonna appreciate that very well constructed dungeon. 🤣
Hmmm. Never thought of it as a dungeon. Thanks for watching.
Hmmm. Never thought of it as Dungeon. Thanks for watching.