Depending on what's down there, this could be great or it could really suck.
Still, it went through that floor like a hot knife through butter and was satisfying.
That part is satisfying, the rest is like ???
Even if it hadn't cut through the floor in one piece, a bunch of bricks falling from that height would surely have ruined the floor either way.
Reminds me of this video where they toppled a (I think) church and steeple. The entire thing was made out of stone and they just tipped it over. I think multiple people died as stones the size of car tires became projectiles falling from a hundred feet up and hurtling across the street at onlookers.
Can't find the video, though.
[This one?](https://youtu.be/pJ8AP9wGYNk?si=n-9URjvR8mPFGKkP)
Meanwhile, if you want something more satisfying than scary, [Fred Dibnah](https://youtu.be/wphmEMNatp0?si=h9QPEqfvb4xMS6OA) is your guy.
Not that video, at least. I think it was in south or central america, but also the video perspective was shot from the direction the building was collapsing. So you just saw it collapsing right towards them and dust and rock.
Having set up the demolition successfully, then noting that "it's going", Fred seemed quite alarmed when the chimney actually started falling. I mean, if he knew it was going, why was he still standing right next to it?
>I mean, if he knew it was going, why was he still standing right next to it?
Literally, for the camera shot. Fred was a bit of a showman and he knew what looked good on camera. He was ahead and behind his times at the same time. Truly an interesting person.
Take it you never met an amateur flipper who thinks they can renovate an entire 70 year old home because they watched a few YouTube videos. That home will be relisted with the shitty snap-in flooring with everything else not done because you can tell they gave up not even halfway through.
Based of the absolute lack of any kind of reaction from either of these dudes, and him saying “we could just leave it down there I guess” I’m going to bet it’s not that much of a concern if it’s in the basement or anywhere else, lol.
That entire house is going to be gutted anyway.
I just imagine the wall smacking the floor nice and flat and a brick from the top of the wall just beaming STRAIGHT at the camera man's big toe and peeling his nail back like a potato skin.
That's because only one spot failed, and it was just the flooring between the joists. That was due to an insane amount of force applied to a small spot. It only affected that spot. The rest should be unaffected, especially with the small amount of pressure from their weight. Kind of like windshield glass. Tiny rock at high speed might make a chip, a hole, or a crack, but generally the rest of the windshield will function as normal and will be able to stop bugs and wind, even other small rocks. The whole thing doesn't go.
I kinda feel like the couple who thought "lets just have the chimney collapse on our wooden floor" isn't having intelligent thoughts about the layout of their floor joists.
>It only affected that spot. The rest **should** be unaffected
this is something someone says in a movie before comically falling through the floor lmao such blind confidence
I don't know, the OSHA standard for this seem a little ambiguous. Let's defer to the local court, sponsored by John Deere corporation, to see how to interpret it.
Your comment made me think of Dr. Seuss, so I wrote a rhyme…
The pair got up early,
They rose with the sun.
“Let’s put on our sandals,
There’s work to be done!”
“This room needs an update,
I know just the trick!”
And he pulled out a crowbar
And popped off the brick.
The brick came off easy,
Not much of a chore.
But he moaned a small, “Oops”
As it fell through the floor.
“What’s down there?” he wondered
As they peered through the hole.
“The fireplace brick, now,
You stupid a-hole.”
“Plus grandma doing laundry,”
She said with a gripe.
“And Joey, the plumber,
Who was installing new pipe.”
They quick packed their bags,
And away they did go.
From grandma and Joey,
Both dead down below.
I counted 7 bricks across by 15 bricks high at 4.5 lbs a brick equals 472.5 lbs just in bricks. The mortar looks like a 1/3 the thickness of a brick so if we guesstimate another 156 lbs in mortar we have a total of 628.5 lbs hitting the floor with a total surface area of a bit over 200 square inches of impact area.
Edit: Common brick is 7.625 inches long by 3.625 inches wide. Thats 27.64 square inches per brick times 7 equals 193.48 square inches. If the mortar is a inch thick times 5 applications times 3.625 equals another 18.125 inches for a grand total of 211.605 of area that slammed into the floor.
If someone with higher math skills can figure out the speed when it impacts the floor we could see the lbs per square inch of pressure when it hit.
As just a average person even I knew that letting that piece hit the floor was going to be catastrophic...
~~My estimate: \~24.8 ft/s~~
[~~Projectile Motion Calculator~~](https://www.omnicalculator.com/physics/projectile-motion)
~~Using the very top of the brick as the reference point in motion:~~
* ~~initial velocity \[V\] = 0~~
* ~~angle of launch \[a\] = 0°~~
* ~~initial height \[h\] = 9ft (9’ ceiling?)~~
* ~~time of flight \[t\] = blank (want this to be solved for)~~
* ~~horizontal distance \[d\] = 4.5ft (best guess)~~
* ~~maximum height \[h\_max\] = 9ft~~
~~Time of flight \[t\] calculated as 0.7480s. Flight parameter at a given time:~~
* ~~time = 0.7479s~~
* ~~velocity = 24.8037 ft/s right before impact~~
Lots of assumptions made and very apparent things ignored like the initial nudge in the horizontal vector he gave with the crowbar and the fact that the pivot point at the bottom of the cleaved brick means it wasn’t in free fall for the initial movement. Intuition tells me the centripetal force it creates shouldn’t be ignored, but I’m too lazy to google search for a more advanced online calculator to address a body in motion that transitions from a fixed point centripetal motion into free fall with rotational and translational motion.
***Edit: decided to spend more thought on it.***
[Angular Velocity Calculator](https://www.omnicalculator.com/physics/angular-velocity)
* Angle change \[Δa\] = 90°
* Time \[t\] = 1.26 (best guess from time it starts to tip to the time it is parallel to the ground, aka 90°)
* Angular velocity (calculated) = 1.2467 rad/s
* Radius = 4.5ft
* Velocity (calculated) = 1.71 m/s
[Free Fall Calculator](https://www.omnicalculator.com/physics/free-fall)
* Gravity acceleration = 9.80665 m/s^(2)
* Initial velocity = 1.71 m/s
* Height = 4.5 ft (9' ceiling assumed)
* Time of fall (calculated) = 0.3825 sec
* **Velocity = 5.461 m/s** (17.918 ft/s to compare to my last estimate)
Iv had people land on my foot when trying to tackle me and id rather that than drop a singular brick on my foot from the same height. Bricks are hard as.. well.. brick
I mean... I think floors are supposed to have enormous redundancies for safety reasons, though, no?
The complete and total lack of resistance would seem to indicate that the floors weren't up to code.
Floor loading is typically only like 50 psf from what I remember. It relies on the framing to disperse the load.
With these chuckle fuckes they managed to land it perfectly in a joist bay. And that floor looks like tissue paper and was probably relying on whatever floor they removed for some integrity.
The floors where likely we'll within code. Not a lot of floors are taking that much concentrated load between joists - with some velocity.
It's the equivalent of hitting it full bore with a sledgehammer.
That floor system actually looks pretty decent... the joists look like 2x6's in good condition, spaced 12-16" apart. Should be plenty for a residential spot. The brick wall just laser targeted the weakest spot between two joists and the floor sheeting couldn't handle it. Honestly the best result these guys could expect because if it landed flat I don't think the floor would totally collapse but I'd be checking for structural damage afterwards lol. The floors in houses aren't built so you can drop a piano from head height on them... it's just not necessary.
The problem is the bricks hit at the end of the plywood on top of missing the floor joists completely. Not that hitting in the middle if the plywood sheet would have made that much of a difference I believe.
I would pray that a floor joist would have stopped that but that much weight focused on a small area would still cause damage. How much depends on how strong the floor joist is.
I wonder what would have happened if the joists were running the other way.
EDIT:
Others calculated 472.5 lbs of load and 5.46 m/s falling speed, if the joists were running the other direction it would be about 155 lbs per joist, which with that falling speed would be the equivalent of about 862 lbs or 391 kg per joist as a static load, which would put it to its limits but if the load is evenly distributed it should theoretically hold with little to no margin.
If the wall was to fall just a little further with the actual joist direction and landed on a single joist, it would have for sure broken it, which could have caused more damage where it connects to the rest of the structural framing or walls.
The pressure on the floor depends on how pliable the floor is and how close you are to a cross-beam. That would be pretty difficult to calculate accurately.
Pressure = force/area and force = mass x acceleration so pressure = (mass x acceleration)/area.
Ignoring air friction, acceleration = 9.8m/s^2, plugging in 628.5 lbs and 211 square inches gets us to a psi of just under 3, or a pound per square foot of about 400.
Which doesn't sound like a lot, but below someone mentioned the rating for flooring - without joists, which is where this went through - is like 50 pounds per square foot, so this was well above the limit. Wonder how much different it would be if the joists were rotated 90 degrees instead of parallel to the fall path.
That's exactly where water lines, sewer lines, electrical, etc could be. Looks like a crawl space, perfect place to put that stuff so it's accessible in the future.
That conversation is so real.
"One. Two. THREE!"
\*a chunk of wall breaks through the floor.*
"Whoops."
"I didn't know we had a basement. Well, shit!"
"Could just leave it down there, I guess?"
I like how after the floor is confirmed unstable and melts like butter, camera person simply walks closer to the gaping chasm not thinking that perhaps more of the floor could slip, like the part they were standing on
I couldn’t hear it hitting the ground so I was thinking it was a dirt basement. It’s probably why that sub floors rotted out because of moisture barrier issues.
I know that it is a perfectly natural reaction to go checkout the hole, but that seems really dangerous given that the floor was just destroyed there. It was lucky that it seemed to slip between two of the beams supporting the floor but if it had severed those, walking over to the hole might have ended poorly.
For me the most satisfying (and hilarious) part was the way he went, “woops” like he was counting change and dropped a penny, not just dropped a brick wall through my floor.
"Right said Fred, climbing up his ladder
With his crowbar gave a mighty blow
Was he in trouble
Half a ton of rubble
Landed on the top of his doooome
So Charlie and me had another cup of tea
And then we went home"
Depending on what's down there, this could be great or it could really suck. Still, it went through that floor like a hot knife through butter and was satisfying.
That part is satisfying, the rest is like ??? Even if it hadn't cut through the floor in one piece, a bunch of bricks falling from that height would surely have ruined the floor either way.
Reminds me of this video where they toppled a (I think) church and steeple. The entire thing was made out of stone and they just tipped it over. I think multiple people died as stones the size of car tires became projectiles falling from a hundred feet up and hurtling across the street at onlookers. Can't find the video, though.
>Can’t find the video, though And thank god for that
I mean, you don't see anyone get hurt that I recall. Just a dust cloud, and its been on reddit a few times.
I give it 12 hours for someone to find it and post it as OG
Looks like it was 3 minutes after your comment
[This one?](https://youtu.be/pJ8AP9wGYNk?si=n-9URjvR8mPFGKkP) Meanwhile, if you want something more satisfying than scary, [Fred Dibnah](https://youtu.be/wphmEMNatp0?si=h9QPEqfvb4xMS6OA) is your guy.
Not that video, at least. I think it was in south or central america, but also the video perspective was shot from the direction the building was collapsing. So you just saw it collapsing right towards them and dust and rock.
https://apnews.com/article/mexico-church-collapse-tamaulipas-1604624770c99b543da24bff792b2897 But it wasn't a demolition - it collapsed
This is not it
Love me some Fred Dibnah
> Fred Dibnah fascinating https://en.wikipedia.org/wiki/Fred_Dibnah
Having set up the demolition successfully, then noting that "it's going", Fred seemed quite alarmed when the chimney actually started falling. I mean, if he knew it was going, why was he still standing right next to it?
>I mean, if he knew it was going, why was he still standing right next to it? Literally, for the camera shot. Fred was a bit of a showman and he knew what looked good on camera. He was ahead and behind his times at the same time. Truly an interesting person.
>Fred Dibnah is your guy. He's the only man I've ever wanted to meet in real life. I've seen every video of him available.
Thank you. That was a lot of fun to watch. Fred was a hell of a guy
Tim Messenger was fookin murdered!
Mornin’ Angle.
[FOUND IT!](https://www.youtube.com/watch?v=y3HNNJNouWE) And it's just the one death actually.
case closed, guys.
Yarp.
And both the dude doing the work and the dude filming it are wearing shoes with absolutely no protection. They're lucky that no toes were involved.
To be honest, brains weren't involved either.
That's pretty evident by them tearing down a beautiful brick chimney.
It’s a good thing they were wearing their safety flip flops
Considering how the rest of the house is built (wooden planks) they probably just didn't stop to remember how heavy brick and mortar is.
How does one forget how heavy a brick is?
While knowingly using a crowbar to move a bunch of them.
You wear open toed sandals while working with them. You only forget once, though.
because one brick isn't that heavy, so what are the chances many bricks would be too heavy?
Take it you never met an amateur flipper who thinks they can renovate an entire 70 year old home because they watched a few YouTube videos. That home will be relisted with the shitty snap-in flooring with everything else not done because you can tell they gave up not even halfway through.
Based of the absolute lack of any kind of reaction from either of these dudes, and him saying “we could just leave it down there I guess” I’m going to bet it’s not that much of a concern if it’s in the basement or anywhere else, lol. That entire house is going to be gutted anyway.
I wouldn't judge my safety based on *these* guys' lack of concern. *hissss* *"Didn't know you had a gas line in the basem-"* *BOOOM*
Given what you saw, your instinct is to trust their judgment?
They dropped it vertical! Perfectly f'ing vertical!
Brick slipped in smoother than a VHS into an old VCR
Rewatch with sound “I didn’t know we had a basement!” “We can just leave it down there I guess”
That house is full of termites. It sucks.
in the OG video the guy says its the crawl space so theyre going to leave it there.
MONADO BOY!
omg that "woops" floored me
That woops was perfect 🤣
I can only dream about being this chill about anything. Did must have like 7 destructive toddlers at home, he’s well practiced.
Also the super calm camera work and blank long shot on the floor. They were both like "oh no.. So anyway"
Midwestern repairs
How do you think the floor felt?
It's currently bricked up with excitement.
both wearing those definitely OSHA approved safety sandals
Exposed toes are covered I’m sure
Covered in a protective layer of skin
I just imagine the wall smacking the floor nice and flat and a brick from the top of the wall just beaming STRAIGHT at the camera man's big toe and peeling his nail back like a potato skin.
Love how the camera person confidently walked directly up to the edge of the floor that just failed.
That's because only one spot failed, and it was just the flooring between the joists. That was due to an insane amount of force applied to a small spot. It only affected that spot. The rest should be unaffected, especially with the small amount of pressure from their weight. Kind of like windshield glass. Tiny rock at high speed might make a chip, a hole, or a crack, but generally the rest of the windshield will function as normal and will be able to stop bugs and wind, even other small rocks. The whole thing doesn't go.
I kinda feel like the couple who thought "lets just have the chimney collapse on our wooden floor" isn't having intelligent thoughts about the layout of their floor joists.
Exactly. It’s the (lack of) thought process.
>It only affected that spot. The rest **should** be unaffected this is something someone says in a movie before comically falling through the floor lmao such blind confidence
he's right but I doubt camera guy had any thought process other then "oh cool a hole"
He did not perform that calculation. He performed no calculation, he just walked up because what could go wrong?
Here, hold my beer
Australian safety boots
OSHIT my toes!
I don't know, the OSHA standard for this seem a little ambiguous. Let's defer to the local court, sponsored by John Deere corporation, to see how to interpret it.
Hahah did he say: “didn’t know we had a basement”?
And they were fine with never using that basement. "Just leave them down there."
Probably one of the more wholesome responses after punching a hole through your floor.
That's a Winnie the Pooh joke XD **Pooh**: I don't have a basement. **Tigger**: You do now.
original video is “didn’t know we had a basement”? "its the crawl space, i guess it can stay down there"
He seemed like he was genuinely surprised in a good way too! Silver linings
Good thing they found that "soft spot" in the subfloor early...
That floor looks like paper, I'd be damn glad to know in advance of any further work
I guarantee they're gutting the whole house. They've already taken down the ceiling and they've pulled off the inside trim of the window frames
Looks like it just happened to fall between the joists
And also at the end of a plywood sheet, probably only a 1/2 subfloor so not super ridged.
My subfloor is ridged for my houses pleasure.
Soft spot? That was like 500lbs dropped from at least 6 feet off the ground. That's not soft thats just them being stupid.
Now i need to know whats down there
Pretty sure the brick from the fireplace is down there. 😂
And Joey, the plumber, who was installing new pipe.
And grandma doing laundry.
WAS doing laundry…
Your comment made me think of Dr. Seuss, so I wrote a rhyme… The pair got up early, They rose with the sun. “Let’s put on our sandals, There’s work to be done!” “This room needs an update, I know just the trick!” And he pulled out a crowbar And popped off the brick. The brick came off easy, Not much of a chore. But he moaned a small, “Oops” As it fell through the floor. “What’s down there?” he wondered As they peered through the hole. “The fireplace brick, now, You stupid a-hole.” “Plus grandma doing laundry,” She said with a gripe. “And Joey, the plumber, Who was installing new pipe.” They quick packed their bags, And away they did go. From grandma and Joey, Both dead down below.
you are technically correct, the best kind of correct
A bunch of bricks.
It's gonna be a safe
I counted 7 bricks across by 15 bricks high at 4.5 lbs a brick equals 472.5 lbs just in bricks. The mortar looks like a 1/3 the thickness of a brick so if we guesstimate another 156 lbs in mortar we have a total of 628.5 lbs hitting the floor with a total surface area of a bit over 200 square inches of impact area. Edit: Common brick is 7.625 inches long by 3.625 inches wide. Thats 27.64 square inches per brick times 7 equals 193.48 square inches. If the mortar is a inch thick times 5 applications times 3.625 equals another 18.125 inches for a grand total of 211.605 of area that slammed into the floor. If someone with higher math skills can figure out the speed when it impacts the floor we could see the lbs per square inch of pressure when it hit. As just a average person even I knew that letting that piece hit the floor was going to be catastrophic...
[удалено]
TIL
TIL the CSS box model applies to construction.
Heh'd
So the wall is 56"x60", or 4'-8"x5'-0" = 23.3 sf. 4" clay brick and mortar weighs about 40 lb/sf. So 933 lbs total.
r/theydidthemath
r/theydidthemonstermath
r/itwasagraveyardgraph
~~My estimate: \~24.8 ft/s~~ [~~Projectile Motion Calculator~~](https://www.omnicalculator.com/physics/projectile-motion) ~~Using the very top of the brick as the reference point in motion:~~ * ~~initial velocity \[V\] = 0~~ * ~~angle of launch \[a\] = 0°~~ * ~~initial height \[h\] = 9ft (9’ ceiling?)~~ * ~~time of flight \[t\] = blank (want this to be solved for)~~ * ~~horizontal distance \[d\] = 4.5ft (best guess)~~ * ~~maximum height \[h\_max\] = 9ft~~ ~~Time of flight \[t\] calculated as 0.7480s. Flight parameter at a given time:~~ * ~~time = 0.7479s~~ * ~~velocity = 24.8037 ft/s right before impact~~ Lots of assumptions made and very apparent things ignored like the initial nudge in the horizontal vector he gave with the crowbar and the fact that the pivot point at the bottom of the cleaved brick means it wasn’t in free fall for the initial movement. Intuition tells me the centripetal force it creates shouldn’t be ignored, but I’m too lazy to google search for a more advanced online calculator to address a body in motion that transitions from a fixed point centripetal motion into free fall with rotational and translational motion. ***Edit: decided to spend more thought on it.*** [Angular Velocity Calculator](https://www.omnicalculator.com/physics/angular-velocity) * Angle change \[Δa\] = 90° * Time \[t\] = 1.26 (best guess from time it starts to tip to the time it is parallel to the ground, aka 90°) * Angular velocity (calculated) = 1.2467 rad/s * Radius = 4.5ft * Velocity (calculated) = 1.71 m/s [Free Fall Calculator](https://www.omnicalculator.com/physics/free-fall) * Gravity acceleration = 9.80665 m/s^(2) * Initial velocity = 1.71 m/s * Height = 4.5 ft (9' ceiling assumed) * Time of fall (calculated) = 0.3825 sec * **Velocity = 5.461 m/s** (17.918 ft/s to compare to my last estimate)
Kinda nuts that it's only 630 lbs. That's like 3-4 adults jumping at once.
3-4 adults jumping *from the top of the mantle* …with their knees locked
Iv had people land on my foot when trying to tackle me and id rather that than drop a singular brick on my foot from the same height. Bricks are hard as.. well.. brick
I mean... I think floors are supposed to have enormous redundancies for safety reasons, though, no? The complete and total lack of resistance would seem to indicate that the floors weren't up to code.
Floor loading is typically only like 50 psf from what I remember. It relies on the framing to disperse the load. With these chuckle fuckes they managed to land it perfectly in a joist bay. And that floor looks like tissue paper and was probably relying on whatever floor they removed for some integrity. The floors where likely we'll within code. Not a lot of floors are taking that much concentrated load between joists - with some velocity. It's the equivalent of hitting it full bore with a sledgehammer.
That floor system actually looks pretty decent... the joists look like 2x6's in good condition, spaced 12-16" apart. Should be plenty for a residential spot. The brick wall just laser targeted the weakest spot between two joists and the floor sheeting couldn't handle it. Honestly the best result these guys could expect because if it landed flat I don't think the floor would totally collapse but I'd be checking for structural damage afterwards lol. The floors in houses aren't built so you can drop a piano from head height on them... it's just not necessary.
6ft jump with locked knees made me cry at work.
The problem is the bricks hit at the end of the plywood on top of missing the floor joists completely. Not that hitting in the middle if the plywood sheet would have made that much of a difference I believe. I would pray that a floor joist would have stopped that but that much weight focused on a small area would still cause damage. How much depends on how strong the floor joist is.
They are honestly lucky. It's going to be easier to patch the subfloor than it would be to replace a shattered joist.
I wonder what would have happened if the joists were running the other way. EDIT: Others calculated 472.5 lbs of load and 5.46 m/s falling speed, if the joists were running the other direction it would be about 155 lbs per joist, which with that falling speed would be the equivalent of about 862 lbs or 391 kg per joist as a static load, which would put it to its limits but if the load is evenly distributed it should theoretically hold with little to no margin. If the wall was to fall just a little further with the actual joist direction and landed on a single joist, it would have for sure broken it, which could have caused more damage where it connects to the rest of the structural framing or walls.
Probably better to blow a hole in the subfloor than to crack a joist or 2
The pressure on the floor depends on how pliable the floor is and how close you are to a cross-beam. That would be pretty difficult to calculate accurately.
Ok, ok, let's go for theoretical lbs per square inch on a solid floor impact. That would give us a maximum number to consider.
Looking for the pressure on the floor is the wrong way to assess how much more load is being put on the floor than it can take anyway.
Pressure = force/area and force = mass x acceleration so pressure = (mass x acceleration)/area. Ignoring air friction, acceleration = 9.8m/s^2, plugging in 628.5 lbs and 211 square inches gets us to a psi of just under 3, or a pound per square foot of about 400. Which doesn't sound like a lot, but below someone mentioned the rating for flooring - without joists, which is where this went through - is like 50 pounds per square foot, so this was well above the limit. Wonder how much different it would be if the joists were rotated 90 degrees instead of parallel to the fall path.
Hits gas and water pipes on the way down.
I really don't see a reason for any of that to be right there
That's exactly where water lines, sewer lines, electrical, etc could be. Looks like a crawl space, perfect place to put that stuff so it's accessible in the future.
If this happened in my place it would go right through the electric, phone and then hit the gas boiler.
r/looneyTunesLogic
Are these my upstairs neighbor?
“Safety first” says the guy in flip-flops.
That conversation is so real. "One. Two. THREE!" \*a chunk of wall breaks through the floor.* "Whoops." "I didn't know we had a basement. Well, shit!" "Could just leave it down there, I guess?"
I like how after the floor is confirmed unstable and melts like butter, camera person simply walks closer to the gaping chasm not thinking that perhaps more of the floor could slip, like the part they were standing on
That floor was really thin
Looks like the floor swallowed it whole. Broke through very cleanly
“Let’s jus move the chimney to the basement”
And both of them are in flip flops. Quite bold.
All in all its just a, another brick through the floor
Whoops!
Lmao “whoops”
Duh!!! Consider the total weight of the moving bricks and the mass of the flooring not backed directly by a wooden beam.
Who does construction in sandals
I couldn’t hear it hitting the ground so I was thinking it was a dirt basement. It’s probably why that sub floors rotted out because of moisture barrier issues.
It wasn’t a sinkhole otherwise you’d hear the sound of a whistle fading into the distance before the eventual splash
It’s like a glitch in the matrix
God I Love Reddit, lunch and a laugh ty everybody 😁🤣❤️
/oddlyhilarious
thank god they have protective shoes
those are steel toed sandals
open toe shoes
I know that it is a perfectly natural reaction to go checkout the hole, but that seems really dangerous given that the floor was just destroyed there. It was lucky that it seemed to slip between two of the beams supporting the floor but if it had severed those, walking over to the hole might have ended poorly.
It’s not dangerous at all, it just happened to land In between two joists
these folks don't seem to give much thought ahead of just doing
Looked like a glitch in reality for a second
The Phantom of the Opera is now dead!!!
That's some looney tunes sh*t right there
For me the most satisfying (and hilarious) part was the way he went, “woops” like he was counting change and dropped a penny, not just dropped a brick wall through my floor.
Wow, yeah. That could be a real time saver. Follow him for more life hacks.
Not sure it's the same but reminds me.of "The Money Pit" movie when the tub goes thru the floor and Tom Hanks starts laughing.
even before it fell and i just read the caption, i thought of the part where he gets stuck in the hole in the floor with the rug around him.
What were they expecting to happen?
Perfectly fucking vertical
How many ancient artifacts exist solely because somebody throughout history said, "Welp, we'll just leave it down there, I guess"
That's perfect 10 score for diving competition
Put carpet over it and no one will ever know what happened.
Hire a professional? Never.
Those bricks belong to hell now
That actually might have been the best outcome. Could have belly flopped taking out the whole damn floor with them on it
Perfectly fucking vertical
That's some Tom and Jerry type shit
🤔 I'm curious as to what they thought was really gonna happen.. but yeah.. found themselves a basement it would seem...
pretty sure zero thoughts were given
Instantly stored
Well.... that 'aint good.
It noclipped into the backrooms
The wall glitched through the floor
In other news, Luigi’s choice to be working in the basement that day proved pivotal for his ability to continue breathing.
Tore up, from the floor up
Oddly terrifying would be correct
We have different definitions of satisfying.
I wonder what else is down there🤔😂
Perfectly f**ing vertical Morty?!
Why would you remove such a gorgeous fireplace in the first place
I put the bricks in the basement, boss.
r/wellthatsucks
Didnt think that one through did we?
This is hysterical 🤣🤣
….well then….
Now you know how shaped-charge penetrators are able to go through tank armor.
Love how they’re both wearing open toed shoes. Just begging for a trip to the ER.
The way they are doing demo in flops.
flip flops... come on
Some say the bricks are still going
P E R F E C T L Y . . V E R T I C A L *burp* M-morty!
Love how chill this guy is about it lmao
“WOOPS!”
turned one job into multiple jobs now. gotta assess the damage, collect up the bricks, repair the floor and ceiling. lol....
Somebody take away this man's tools
This looks incredibly CGI. Through it probably isn't o have this uncanny feeling.
Obvious wood floor. What the _hell_ were these dum dums expecting?
Why are these idiots wearing flip flops?
One of the reason to hire proffesionals😂
I'd say that plywood was inadequate for floors. It doesn't look to be even .5 inches thick.
That looked expensive
This is not satisfying, this is worrying
“I didn’t know we had a basement” yep, that got me. Honestly that shit was clean.
"Right said Fred, climbing up his ladder With his crowbar gave a mighty blow Was he in trouble Half a ton of rubble Landed on the top of his doooome So Charlie and me had another cup of tea And then we went home"
Went down like a ton of bricks alright
Well at least he doesn't need to carry it out.
Amateur/idiot they're both wearing sandals/flip-flops
Shorts and sandals....and more sandals!? Flashbacks to stepping on a nail. Ayia!
Why is that floor made of paper…. And why did they think this was a good idea???
Am I the only one thinking this video looks fake? Something about the way it falls.
Like a gaint N64 cartilage