Same! I saw that the pressure suddenly dropped for a moment there as it was pressurizing and thought that one of the valves had momentarily failed or something.
The Apollo 11 audio was a nice touch. Kept me super interested even if there wasn't much happening on screen. Also thank you for the video, I'm looking forward to the next one! ❤
I knew water was rushing into the can when I saw the sides of it weren't deforming and the pressure getting higher and higher. I figured it would either explode or just blow the valve out the top when the pressure was released. This was done in spectacular fashion when synchronized to the Apollo launch. That was absolute gold. 😂😂
Wow! Your channel just popped up in my feed and I'm so glad it did! This is so much better than jackarses bobbing around in a boat, dropping stuff over the edge. Also I LOVE how you have the depth gauge on the left in metres and feet plus you have the different zones as they do in real life. I'm subbing for sure! 👍👍👏👏👏👏
My thought process on it seemed to be timed perfectly. "Wait, it's pretty deep, shouldn't the push thingy have already been triggered? It never seems like it takes *that* much force to push it in. ...Oh, right, it's under heavy pressure, which means that the stuff inside probably can't come out and water is just getting in there, so the pressure is just being constantly equalized and it's never going to implode because of that. ...But wait wouldn't that mean that when the chamber depressurizes it'll-" *Can goes boom*
As the pressure was increasing, and the can shifted down (rather than floating), I said to myself, "It's already happened." The explosion was a bit of a surprise. I thought it would com out of the nozzle. That's what I do when the back pressure gets too high.
I was considering doing that for the second test. Maybe for the next aerosol can episode. I think you would get the same effect because you still need a large difference in external and internal pressure in order for the can to start yielding. @@geraldfrost4710
@TheDropzoneChannel kk. The warning about engineering humor? For nerds, that's like an adult content warning. Bring It On! Thank you for your deep content. No pressure, but get down to making more content. Perhaps a tennis ball? Rather, a handball, so the fuzzy stuff doesn't get I'm the way. Or two: that would allow you to say, "Now I'm going to squeeze my balls," with zero facial or vocal inflection. Bonus thought... "A handball is like a tennis ball that has been manscaped." Go for the sponsorship! Crush their can too...
Just a tip, you don’t need that screechy slow mo audio in your videos. Silence during those parts, or added audio even, would be better. Love your videos bro.
I’m very impressed how the bottom seal of the can simply unrolled. It’s also neat to see the printing halftone test markings. I certainly wasn’t expecting that outcome, but shortly after the can lost buoyancy, I put two and two together and realized water had entered. Though even after that, I didn’t expect that particular failure mode. (And a suggestion: can you add some more digits to the measurement in bars or use kPa or something? 1 bar is an awfully rough unit.)
Nitrous oxide is used because it's highly soluble in fat, so when you spray the cream inside the can out, the dissolved nitrous oxide goes from high pressure to room pressure, expanding the cream. If the can was pressurized with carbon dioxide, it'd just spray liquid cream out.
For some reason I thought they had a seperate gas bladder like in a Cheese Wiz can. That might be a good test and the rubber bladder is separated from the gas.
The *Beyond The Press* channel has been doing deep-ocean-chamber stuff like this for a few years. They've crushed a whole bunch of fun stuff--including models of submarines.
They do a lot of fun stuff over there as well. I found out about their chamber while I designing this one. The idea of crushing things and recording through a sight glass has been done by others as well to be fair. I figured I would roll the dice and push forwards anyways since to my knowledge, nobody has done one that goes into the Abyssal zone with custom deep ocean lights and a hydrophone to record the sound directly from the implosions. I’m sure DARPA will enter the chat… Also, I plan to take you guys deeper to 6km later once I resolve some stubborn leaks. There are more interesting things that happen in the 4-6km zone that I want to capture for the first time.
This is the one mate...Your channel is gonna explode (Pun Intended) and your gonna be a RUclips Star, all with this video. Great Vid...your dry humor delivery is on point.
Nice machine and very interesting, and the sound in the intro is outstanding too, if you don't hear it onboard a sub, of course. How was that great chamber actually built?😃
It's just a standard industrial pressure pump. Nothing special... The lights and the hydrophone on the other hand are the smallest ones ever made for extreme pressures. I had to design it myself.
@TheDropzoneChannel I suppose had I thought about it for a second or two I would have realized hydraulic pumps and lines use pressures like that all the time. It is pretty impressive though.
I wonder what would happen if you ignited a Hydrogen/Oxygen balloon underwater? Would the water vapour all condense before the bubbles reached the surface?
Not what I expected. If you put a tiny dent in the can and repeated the test ... that result would be what I expected. For comparison, my watch says, "Air Diver 200M Sapphire". It just barely makes the twilight zone. Now just put cocoa powder and dry milk powder packets on the bottom of the can so the end result becomes a tasty beverage, and you will truly have green science.
I know it may be an expensive endeavor but… what if you make a rocket out of your pressure tank… tip it up with the site glass on the bottom, make fins and a nose cone, remote trigger a gun/shape charge to blow a hole in the site glass and send it to the moon👍
Nitrous oxide is highly soluble in fat. That is why it is used for whipped cream in a can. If you let it sit, the nitrous oxide will sublimate and you’ll get a puddle of cream! Shoutout to @NileRed for that!
Since the whipped cream can is pressurized with nitrous oxide, the viewer probably meant both, arousal and aerosol. Just sayin'. *( comment made before watching )
@@TheDropzoneChannel I mean an actually empty can with a valve such as whipped cream to see if the expansion of the water itself can cause the can to fail and/or pressurize when equalizing the chamber.
I know water isn't very compressive but a demonstration of how fairly incompressible water is would be cool. I love the door design of your chamber btw, major props for the design of that chamber, and a video about the design would also be so cool. Do you think there's a way to add (albeit I understand dangerously dangerously) a gas filled buffer tank to be able to truly simulate larger implosions by maintaining pressure during the implosion? I believe there would be a large pressure spike generated and that may present a risk to the chamber, but would be awesome if accomplished. Get the temperature spike and resulting flash of light during implosions and whatnot.
The dry humor and elevator music while we waited for ultimate carnage was awesome. I got a kick out of the Apollo launch sound bite, too. Well done, I Liked and Subscribed 👍.
I can't stop Thinking The water pressure outside the can became greater than what is inside the can water then entered through the dispensing nozzle compressing the nitrous oxide in the can until the can had negative buoyance and the pressure in the can was the same as the water pressure in the Deep Ocean pressure chamber when the pressure in the Deep Ocean pressure chamber started to return to room pressure the can could not contain that much pressure and exploded .
@@TheDropzoneChannel Interesting. Can man build a chamber capable of accommodating higher pressures. I keep coming across articles describing "diamond anvil" cells that compress microscopic samples of matter, say, for instance, to turn a sample of hydrogen into a metal. Metallic hydrogen. That would require thousands (or millions?) of times more than your pressure chamber. Still, I wonder if an experiment has been performed where liquid nitrogen was brought to room temperature (where it would exist as a superfluid). That would require 2000, 3000 bar?
The way you synced the audio of Apollo 11 with the implosion of the can was well done.
Yeah that was well done.! Love the elevator music too
Implosion? There is no Implosion, I don't understand how that could be misunderstood.
@@MuscarV2 Settle down Paw Paw, don't get your blood pressure up. Your doctor won't like that.
@@MuscarV2 found the pedant. You knew perfectly well what he meant.
Keep the humor! I’m a retired engineer and I love your humor and your videos!
I had assumed that the valve would have been the weak point. Neat.
Didn't think about the possibility of water entering and was very confused. Great video and explaining as always
Same! I saw that the pressure suddenly dropped for a moment there as it was pressurizing and thought that one of the valves had momentarily failed or something.
Oceangate would have been better off in a Cool Whip can instead of their sub!
Cleanup on aisle one!
"Please Dont Try This At Home" Tickles me every time haha, as if everyone has a high-compression water pressure canister in their living room!
You don't?
I just ordered mine from Amazon! Free overnight shipping!
You guys missed out on the last Black Friday special at Home Depot... They only had one left.
@@ManiacRacingIf I did then no "don't try this at home" warning is gonna stop be from putting everything I own into it.
Titan sub should have been whipped cream cans!
Elevator music is right on the spot!
A perfect start to the weekend, The Dropzone Channel.
Love your videos!
Serious ASMR at 2:34
The Apollo 11 audio was a nice touch. Kept me super interested even if there wasn't much happening on screen.
Also thank you for the video, I'm looking forward to the next one! ❤
Sometimes I'll fast forward through long stretches of waiting. But, that Apollo 11 countdown had ALL my attention! Great channel!
I knew water was rushing into the can when I saw the sides of it weren't deforming and the pressure getting higher and higher. I figured it would either explode or just blow the valve out the top when the pressure was released. This was done in spectacular fashion when synchronized to the Apollo launch. That was absolute gold. 😂😂
If only kraft made deep sea submersibles.
I didnt expect it to activate the valve and fill it to equal pressure as it pressurized it. too cool!!!
Wow! Your channel just popped up in my feed and I'm so glad it did! This is so much better than jackarses bobbing around in a boat, dropping stuff over the edge. Also I LOVE how you have the depth gauge on the left in metres and feet plus you have the different zones as they do in real life. I'm subbing for sure! 👍👍👏👏👏👏
RIP WhipedCreamGate
I love this channel, and you humor!
Cool whip is the oily nonsense that wishes it was real whipped cream.
This channel makes me happy!
Thanks for putting Meters and Feet, Bar and PSI!
What I am getting from this video is that the Astronauts on Apollo II had cans of Cool Whip on board?
Very cool, really enjoying the site!
My thought process on it seemed to be timed perfectly.
"Wait, it's pretty deep, shouldn't the push thingy have already been triggered? It never seems like it takes *that* much force to push it in. ...Oh, right, it's under heavy pressure, which means that the stuff inside probably can't come out and water is just getting in there, so the pressure is just being constantly equalized and it's never going to implode because of that. ...But wait wouldn't that mean that when the chamber depressurizes it'll-" *Can goes boom*
WAKE UP BABE DROPZONE CHANNEL UPLOADED AGAIN
Awesome videos. Did not expect the result. How is the chamber pressurized?
As the pressure was increasing, and the can shifted down (rather than floating), I said to myself, "It's already happened."
The explosion was a bit of a surprise. I thought it would com out of the nozzle. That's what I do when the back pressure gets too high.
Could the pressure be brought down slower? Would this make a difference?
I was considering doing that for the second test. Maybe for the next aerosol can episode. I think you would get the same effect because you still need a large difference in external and internal pressure in order for the can to start yielding. @@geraldfrost4710
@TheDropzoneChannel kk.
The warning about engineering humor? For nerds, that's like an adult content warning.
Bring It On!
Thank you for your deep content. No pressure, but get down to making more content.
Perhaps a tennis ball? Rather, a handball, so the fuzzy stuff doesn't get I'm the way. Or two: that would allow you to say, "Now I'm going to squeeze my balls," with zero facial or vocal inflection.
Bonus thought...
"A handball is like a tennis ball that has been manscaped." Go for the sponsorship! Crush their can too...
Working on it. Thanks for the suggestions!@@geraldfrost4710
I LOVE IT :) what a nice video !
Just a tip, you don’t need that screechy slow mo audio in your videos. Silence during those parts, or added audio even, would be better. Love your videos bro.
I’m very impressed how the bottom seal of the can simply unrolled. It’s also neat to see the printing halftone test markings. I certainly wasn’t expecting that outcome, but shortly after the can lost buoyancy, I put two and two together and realized water had entered. Though even after that, I didn’t expect that particular failure mode.
(And a suggestion: can you add some more digits to the measurement in bars or use kPa or something? 1 bar is an awfully rough unit.)
I thought for sure the plastic valve would fail before the bottom. Great vid!
It did - it let water in.
Oh my … … … ☁️ … … … What have you done 😮😅
what is really interesting as well is that the can dropped at 800ish psi when the nitrous reached its liquid state.
The garbage they launched had a thinner aluminum skin then that can. That hatch opened inward.
Science!
Nitrous oxide is used because it's highly soluble in fat, so when you spray the cream inside the can out, the dissolved nitrous oxide goes from high pressure to room pressure, expanding the cream. If the can was pressurized with carbon dioxide, it'd just spray liquid cream out.
For some reason I thought they had a seperate gas bladder like in a Cheese Wiz can. That might be a good test and the rubber bladder is separated from the gas.
Nice creamy shot.
Stockton Rush needs this video about 8 months ago
The *Beyond The Press* channel has been doing deep-ocean-chamber stuff like this for a few years. They've crushed a whole bunch of fun stuff--including models of submarines.
They do a lot of fun stuff over there as well. I found out about their chamber while I designing this one. The idea of crushing things and recording through a sight glass has been done by others as well to be fair. I figured I would roll the dice and push forwards anyways since to my knowledge, nobody has done one that goes into the Abyssal zone with custom deep ocean lights and a hydrophone to record the sound directly from the implosions. I’m sure DARPA will enter the chat…
Also, I plan to take you guys deeper to 6km later once I resolve some stubborn leaks. There are more interesting things that happen in the 4-6km zone that I want to capture for the first time.
@TheDropzoneChannel looking forward to it.
This is the one mate...Your channel is gonna explode (Pun Intended) and your gonna be a RUclips Star, all with this video. Great Vid...your dry humor delivery is on point.
Nice machine and very interesting, and the sound in the intro is outstanding too, if you don't hear it onboard a sub, of course. How was that great chamber actually built?😃
A jar with sausages in would be good to see
Or, get a can of Vienna sausages, write "Titan" on the side. Too soon?
Instant subscribe.
That is the biggest AR15 bolt that I have ever seen
That’s gonna be a sticky messy cleanup
How does the chamber work??
Put a Geode in there!
I just had a thought but it might be too dangerous bc of a possible pressure spike, but you should try bullets.
Enjoying the series, how about sum bio tests, something edible, livers, hearts, chicken or beef.
Raw or cooked?
@@TheDropzoneChannel both
Epic! 😂
I want you to do a video where you do fluorescent and incandescent light bulbs
("huh-huh, he said 'arousal' can!")
I'm really interested in your chamber. What are you using for a pump to build that kind of pressure?
It's just a standard industrial pressure pump. Nothing special... The lights and the hydrophone on the other hand are the smallest ones ever made for extreme pressures. I had to design it myself.
@TheDropzoneChannel I suppose had I thought about it for a second or two I would have realized hydraulic pumps and lines use pressures like that all the time. It is pretty impressive though.
wow that was messy
Thank God we don't pack astronauts and whipped cream cans😅
striped toothpaste might be cool
I wonder what would happen if you ignited a Hydrogen/Oxygen balloon underwater? Would the water vapour all condense before the bubbles reached the surface?
Not what I expected. If you put a tiny dent in the can and repeated the test ... that result would be what I expected. For comparison, my watch says, "Air Diver 200M Sapphire".
It just barely makes the twilight zone.
Now just put cocoa powder and dry milk powder packets on the bottom of the can so the end result becomes a tasty beverage, and you will truly have green science.
or on the theme of whip cream get a whipped cream charger
Is that tube carbon fiber?
That didn't go as I expected. Was still interesting. Was that my bad grammar 😂.
Would a deodorant aerosol behave the same?
Im learning new things :)
mmm cheese bagel snack!
I know it may be an expensive endeavor but… what if you make a rocket out of your pressure tank… tip it up with the site glass on the bottom, make fins and a nose cone, remote trigger a gun/shape charge to blow a hole in the site glass and send it to the moon👍
Nitrous oxide is highly soluble in fat. That is why it is used for whipped cream in a can. If you let it sit, the nitrous oxide will sublimate and you’ll get a puddle of cream! Shoutout to @NileRed for that!
Since the whipped cream can is pressurized with nitrous oxide, the viewer probably meant both, arousal and aerosol. Just sayin'.
*( comment made before watching )
Try it with an empty can please! That would be such an interesting comparison!
You mean like a canned air duster?
@@TheDropzoneChannel I mean an actually empty can with a valve such as whipped cream to see if the expansion of the water itself can cause the can to fail and/or pressurize when equalizing the chamber.
I know water isn't very compressive but a demonstration of how fairly incompressible water is would be cool. I love the door design of your chamber btw, major props for the design of that chamber, and a video about the design would also be so cool. Do you think there's a way to add (albeit I understand dangerously dangerously) a gas filled buffer tank to be able to truly simulate larger implosions by maintaining pressure during the implosion? I believe there would be a large pressure spike generated and that may present a risk to the chamber, but would be awesome if accomplished. Get the temperature spike and resulting flash of light during implosions and whatnot.
Oops Neil Armstrong Blues load
The dry humor and elevator music while we waited for ultimate carnage was awesome. I got a kick out of the Apollo launch sound bite, too. Well done, I Liked and Subscribed 👍.
DO SPRAY CHEESE! DO SPRAY CHEESE!
Sounds gross... I like it!
I can't stop Thinking
The water pressure outside the can became greater than what is inside the can water then entered through the dispensing nozzle compressing the nitrous oxide in the can until the can had negative buoyance and the pressure in the can was the same as the water pressure in the Deep Ocean pressure chamber
when the pressure in the Deep Ocean pressure chamber started to return to room pressure the can could not contain that much pressure and exploded .
A styrofoam object is always entertaining to watch it shrink to the size of a thimble
Soooooo...... Cool Whip can get to the Titanic..... but it can't get back?
todays lesson; if you are rich and want to visit the titanic , make your vessel out of cool whip cans
Do a “magic eight ball”!
Added to the list. Thanks!
👍
Does your tank have a limit of 436bar?
602 bar
@@TheDropzoneChannel Interesting.
Can man build a chamber capable of accommodating higher pressures. I keep coming across articles describing "diamond anvil" cells that compress microscopic samples of matter, say, for instance, to turn a sample of hydrogen into a metal. Metallic hydrogen. That would require thousands (or millions?) of times more than your pressure chamber.
Still, I wonder if an experiment has been performed where liquid nitrogen was brought to room temperature (where it would exist as a superfluid). That would require 2000, 3000 bar?
You shouldn't abuse inhalants like that.
Too medicated.
Styrofoam cup
This is what the view is like from my girlfriend's uterus.
TMI
Me on December 1st
Dude looks like Murdoc from Gorillaz.
Actually yeah.. I can see the resemblance. lol
Hehe :) loving the channel, thank you. @@TheDropzoneChannel
🫡
If only the titan sub had been made of cool whip, instead of dei nonsense