Yes but the steel rope was tested as a single line, whereas all the other ropes were tested as double lines- halving the tensile stress compared to steel at the same load.
@@stephenrhoades8686No, no, the test was cool and you can see that good quality materials will support more, but in terms of position it was undefined, if you pay attention, the breaks happen at the points where the knot caused structural damage, thus reducing the capacity of the rope, there are other types of knot that would be more suitable for this test. but it's always good to see a hydraulic press breaking things.
@@demervalaugustodacunha1954the fact the web isn't weakened by knots as much is also another reason why it's better though, and even if you assume perfection for steel, it'd be weaker still, even if only by a couple hundred kilograms In this example, it's 3.5 times as strong as the steel rope, so even if the steel rope is weakened to a third of its abilities, spider webs is still stronger. Don't get me wrong, steel not stretching is a massive bonus over spider web, along with being much much cheaper to produce and distribute, since steel rope can be made anywhere with steel, instead of at spider silk farms or wherever they get it from.
@@BisexualPlagueDoctor the metal rope had just one line, while the others divided the force into 2 lines, which certainly changes the result severely, I don't know if it would be stronger or not, but I can't know since the knots used didn't take it into account the characteristics of the ropes, such as alpine ropes, which typically do not hold well in this type of knot, slipping much more than the others, causing more structural damage.
Nah I'm a Civil Engineer, the larger the diameter the better it will sustain tension, larger diameter are more ductile. The stresses in the steel rope will be thoroughly distributed if it's thicker in size meaning it can handle a lot more tension 😊
every single one of these ropes impressed me. but the spider web is like a dream come true. i didn't know they made those. it not only lives up to its fame, but looks hauntingly beautiful. i couldn't bring myself to actually use that. i'd hang it for display.
2:20 The steel was tested in a single rope, the other materials the load was distributed in two ropes. For comparison, it should double the value of the metal.
On the sling band you have a problem causing faulty result. The bottom ring contact area has extra tension concentration in the edges of belt, failing it too soon.
It’s because when u put alot of silk together it’s stronger. Thats also why people say spider silk is stronger than steel. Fox example if u make a piece of steel as thin as a spiders web the spiders web will technically be stronger. There is a reason a have a degree in yapolgy🙃
Finally ! Brother proved that I am safe for zip lining in picnics from my school.😄 I used to thought I will fall in mid way but brother proved me I am safe now Bye the way the rope I am talking about is climbing rope Brother satisfied my heart ❤❤❤
i see a common mistake here, people say for nothing because it means "de nada" in spanish, but that is wrong, you should say "you're welcome", that is the correct translation 👍
Knots weaken any rope. Try splicing and you will discover the real strength. BTW your knots are housewife’s knots. Ask a sailor for advice. But: thanks for the video Suggestion: Compare various knots with the same rope. There are big differences
I think as long as the rope does not break at the knot then it represents the real strength of the rope. (The force is used to break the actual rope part). However, we really need to compare the force per unit area for fair comparison. The lifting sling has so much thickness that makes it stronger than others, but the material itself is not as strong. Otherwise all the bridges will use this material instead of steel.
@@sunnygames4003i believe suspension bridges use steel instead of other stronger types of rope is because steel is less tensile. The other matierals stretch out more, which kinda renders the point of the suspension ropes moot. But then again, I’m no engineer, i may be wrong.
Spider silk is one of the strongest naturally occurring substances in the world. I already know that spider rope is gonna be chilling. Edit: Yup. A rope that needs 14.5k kilos (That’s almost 32k lbs for all of you Americans like me) to snap is definitely a pretty damn good rope.
Wow. Going forward instead of trying to wipe that spiderweb off of my face and freaking out in the field. I’m just gonna collect it very commonly and make my own rope.
Fun fact: while climbing rope can hold average weight of human, it wont strong anymore if you step on it (it may seems normal when stepped but the inside already cut)
..But they do! They take the silk from sleeping spiders and (this could be funny but im to stupid to make it) make breakfast that exploades like water in a casket.
Knoten schwäche das Seil und reduzieren die Bruchlast. Spezielle Kletter- bzw. Seeknoten reduzieren die Bruchlast nicht, bzw. kaum und hätten bessere Ergebnisse erzielt. Z.B. doppelter Achterknoten
Yea like a have a 500 pound hydraulic press with a 500 inch rope inside my 500 centimeter house, inside my 500thousand dollar basement outside 500 meter's from new York
The steel was tested in a single cable, the other materials the load was distributed in two cables. For comparison, it should double the value of the metal.
Spider Web is Fking crazy 🤯 I thought spider man's web is little bit exaggerated because he can hold cars and buildings with thin web but it was actually true
7:32 Dude, almost 14,5 tons spider web ropes could handle more imagine our boy peter parker (spider man) shot outs 40 spider webs just to stop the accident monorel only save the civilian, not to mention holding gigantic ships from split in 2💀
you should learn to make a knot ... I've already said it, but the idea would be so much better with a hard/stable knot. you're not tying your shoelaces here ! all your video end with knot falling and not with rope breaking.
Развлечения
So I can go climbing as long as I don't weight 2837 kg? God... Maybe I should think on losing some weight this summer...
You are a very funny person
@@swbullen1 aww thank you
Imagine this isn’t a joke-
bro is gonna cause a sinkhole
caseoh trying to mountain climb
The mountain's climbing him
I was about to start my hydraulic press when the warning prvented me from doing it at home. Phew
lol
Phew!!
Lol
That was close!
Bro they have to put this warning or else the video will be taken down.
"Warning, do not repeat at home"
-sad look at my 100 tons hydraulic press in my garage 🥺
i know how it feels, but where did you get 100 ton one i only have a 30 ton one
30 tons?!? I could only get my hands on 10!
@@wizgiz4065 3628800 tons? How did you get that heavy of a hydraulic press?!?
@@wizgiz4065
You guys have hydraulic presses?
(Its a jk i know)
Its said "at home",not "at garage"
No ads, no sponsors, no merch, no taking lol
It's true brother, the guy is admirable
OG youtube
Esto se siente como RUclips en sus inicios
And fake thumbnail clickbait
I got an ad, what you mean?
Dem spiders know their shit! 👏
I get the pun
pun intended lol
It's literally their shit😂
@@_kausmicspit
@@UniverseCubexno it’s shit
Yes but the steel rope was tested as a single line, whereas all the other ropes were tested as double lines- halving the tensile stress compared to steel at the same load.
Even so, it would only jump up one spot right?
@@stephenrhoades8686No, no, the test was cool and you can see that good quality materials will support more, but in terms of position it was undefined, if you pay attention, the breaks happen at the points where the knot caused structural damage, thus reducing the capacity of the rope, there are other types of knot that would be more suitable for this test. but it's always good to see a hydraulic press breaking things.
@@demervalaugustodacunha1954the fact the web isn't weakened by knots as much is also another reason why it's better though, and even if you assume perfection for steel, it'd be weaker still, even if only by a couple hundred kilograms
In this example, it's 3.5 times as strong as the steel rope, so even if the steel rope is weakened to a third of its abilities, spider webs is still stronger.
Don't get me wrong, steel not stretching is a massive bonus over spider web, along with being much much cheaper to produce and distribute, since steel rope can be made anywhere with steel, instead of at spider silk farms or wherever they get it from.
@@BisexualPlagueDoctor the metal rope had just one line, while the others divided the force into 2 lines, which certainly changes the result severely, I don't know if it would be stronger or not, but I can't know since the knots used didn't take it into account the characteristics of the ropes, such as alpine ropes, which typically do not hold well in this type of knot, slipping much more than the others, causing more structural damage.
Nah I'm a Civil Engineer, the larger the diameter the better it will sustain tension, larger diameter are more ductile. The stresses in the steel rope will be thoroughly distributed if it's thicker in size meaning it can handle a lot more tension 😊
Never knew they make rope from spider silk!! Where do you find it? How much is it? How many spiders does it take? Mind boggling! 😀👍
Isso é o que eles DIZEM ser. Vai saber se é bem assim mesmo...
é sintético
GMO goats.
It has covering only got it like coaxial cable have black rubber coating
@@GraemeWight-wx3xz That's 2000s tech, they now use GMO silkworms
The fact that humans can make a machine this powerful is incredible.
And still isn't our best.
Are you from mars?
@@MrWolf16?
That's really not impressive compared to what we have done, like nano scale silicon chips
In this video we saw go up to 14 tons, it can actually go up to 500 tons.
every single one of these ropes impressed me. but the spider web is like a dream come true. i didn't know they made those. it not only lives up to its fame, but looks hauntingly beautiful. i couldn't bring myself to actually use that. i'd hang it for display.
i mean, every single one except the first one
2:20 The steel was tested in a single rope, the other materials the load was distributed in two ropes. For comparison, it should double the value of the metal.
The spider: bro, I didn't mess with someone, right? Why do you treat me like that?💀😭
In such tests, you should use an eight knot because it puts the least strain on the structure of the rope under train.
Fishermen know their stuff 👍
As soon as the climbing rope broke, I got an ad and I thought it was the funniest thing.
Thanks for going from weakest to strongest. Really entertaining!
If you can't tie a knot tie a lot!
yeah those were awfuly bad
🤡
.
That’s why spider man’s webs could stop a train
Oofff, the knots, the clamps 😮 revisit this please!
Now suspension bridges will be made of lifting slings
On the sling band you have a problem causing faulty result. The bottom ring contact area has extra tension concentration in the edges of belt, failing it too soon.
O matko! Super test. Szekla jak z czołgu. Najlepszego!
you always hear the spider silk is so insanely strong, but the reality of it has just truly set in
of course they stretch but wow that's such a good demonstration, it's really hard to tie a knot in such slippery stuff
That's why spiderman web don't break easily makes sense 😮
14 tons is fucken crazy for web that can’t even take a fart without being shredded
Bro I've been laughing for the past hour because of this comment
@@MS-Support-6785 glad to see I finally made someone happy 😂
That means a good Fart offers more power then a 15 Ton hydraulic press
@@Bexploserpro bruh there was no reason to become realistic, you just killed the vibe
It’s because when u put alot of silk together it’s stronger. Thats also why people say spider silk is stronger than steel. Fox example if u make a piece of steel as thin as a spiders web the spiders web will technically be stronger. There is a reason a have a degree in yapolgy🙃
Simply amazing!
I knew you’d do spider silk. And it didn’t disappoint
I loved this video thank you
Good video. Incredible strength in the spider silk rope! 👍
Wow,it must have cost a fortune to get that spider web sample.
Bro what are these knots :(
who cares
@@countbleck35the people trying to use this video for actual information
We really out here milking spiders dry (or de-webbing them but idk the term for that lol)
The spider web rope held 80 times more weight than the first rope simply amazing
"Do not repeat at home" , yeah, like we all have a huge hydraulic press laying around in our home 😂😂
This is actual good info.
what if you made a lifting sling entirely out of spider web silk
What material is the sling made of?
Finally ! Brother proved that I am safe for zip lining in picnics from my school.😄
I used to thought I will fall in mid way but brother proved me I am safe now
Bye the way the rope I am talking about is climbing rope
Brother satisfied my heart ❤❤❤
Cool now do a spider web battleship
How much does the spider rope cost?
Can you tell the difference between braided and coiled? Spider braid anybody?
OMG thanks you!!!! This video was a life ende- i mean, life saver!!!
Spider man must have shot that from his hand😂
Bros steel rope got spring locked💀
finally a rope that is 1/100th of a way to lifting caseoh
Res made of spider web are real? Thats pretty cool for a spider fan like myself
Thank you very much
Epic ❤🎉😊
😊
Funny thing is the safe working liad for that lifting sling is 2 tons you can tell by the 2 black lines down the center of the sling
common : 224 , climb : 2873 , metal : 4072 , kevlar : 6219 , lifting sling : 11919 , spider rope : 14508 (kilograms in all) you're welcome
(edit : how much likes :O)
thanks for the statistics atleast
:D
For nothing on g
Im here to watch the video
i see a common mistake here, people say for nothing because it means "de nada" in spanish, but that is wrong, you should say "you're welcome", that is the correct translation 👍
Teach this man some knots!
So rock climbing with a full sized car as a keychain is a bad idea? Damn...
What was the lifting sling rated at?
2nd place, 11,919kg
Bro make a video with slow mo guys
Bro everyone complaining ab these knots, I’d love to see all your videos on this
Knots weaken any rope. Try splicing and you will discover the real strength. BTW your knots are housewife’s knots. Ask a sailor for advice. But: thanks for the video
Suggestion: Compare various knots with the same rope. There are big differences
I think as long as the rope does not break at the knot then it represents the real strength of the rope. (The force is used to break the actual rope part). However, we really need to compare the force per unit area for fair comparison. The lifting sling has so much thickness that makes it stronger than others, but the material itself is not as strong. Otherwise all the bridges will use this material instead of steel.
@@sunnygames4003i believe suspension bridges use steel instead of other stronger types of rope is because steel is less tensile. The other matierals stretch out more, which kinda renders the point of the suspension ropes moot. But then again, I’m no engineer, i may be wrong.
Spider silk is one of the strongest naturally occurring substances in the world. I already know that spider rope is gonna be chilling.
Edit: Yup. A rope that needs 14.5k kilos (That’s almost 32k lbs for all of you Americans like me) to snap is definitely a pretty damn good rope.
Wow. Going forward instead of trying to wipe that spiderweb off of my face and freaking out in the field. I’m just gonna collect it very commonly and make my own rope.
i believe spider web strength varies (i know this was a joke, i just wanted to put this here) between spider types. Some are stronger
Isn't web rope ultra expensive ?
Now that make sens on how spider-man is able to swing in the air
Every day, we are getting closer and closer to surpassing nature.
Spider silk Kraiglabs stock ticker ( KBLB )
I never knew spider web that strong
Where did he get spider silk rope? I want some too.
Hey try the double butterfly knot
The Spider Rope nearly reached 15 Tons
Thanks I could use the spiderweb rope in my van i sell candy 🙄
Would like see it without the clamp
Fun fact: while climbing rope can hold average weight of human, it wont strong anymore if you step on it (it may seems normal when stepped but the inside already cut)
Ohh that's why Spider-Man is so strong😮
dang thats rough
Oh I know! Next time film hydraulic press Vs strongest t-shirt
So, thousands of spiders can easily catch 3 elephants in their web and celebrate party, huh?
Sounds creepy to me😬
Graphene rope? Maybe more stronger that spider web!
what about the home depot rope
Never mind i was wrong that's 15 tons.
..But they do! They take the silk from sleeping spiders and (this could be funny but im to stupid to make it) make breakfast that exploades like water in a casket.
Where's the test from the thumbnail?
This crazy 😮😮😮
Is that spider rope...??😮
Knoten schwäche das Seil und reduzieren die Bruchlast. Spezielle Kletter- bzw. Seeknoten reduzieren die Bruchlast nicht, bzw. kaum und hätten bessere Ergebnisse erzielt. Z.B. doppelter Achterknoten
Hydraulic press vs ADAMANTIUM?
I know my bad luck even if i use that 14k spider web rope for climbing It will be torn apart
Hydraulic press vs hydraulic press
Spider rope isnt fire resistance but wow i learned something new mother nature aint playing
The second one literally went to backrooms
Now, how many people have a hydraulic press at home
Now tell me what is original use of hydrauculer
I need a spider suit made from that shit....
Yea like a have a 500 pound hydraulic press with a 500 inch rope inside my 500 centimeter house, inside my 500thousand dollar basement outside 500 meter's from new York
lmao wtf
Now add the human curly hair 10mm rope
Seatbelt?
Try undoing the knots
Today i learned two things
Web rope is strong
Web rope is a thing
Im surprised that the steel wire didn't do much better than the climbing rope lol
The steel was tested in a single cable, the other materials the load was distributed in two cables. For comparison, it should double the value of the metal.
hydraulic pull 💀
I remembered spider man
Spider Web is Fking crazy 🤯
I thought spider man's web is little bit exaggerated because he can hold cars and buildings with thin web but it was actually true
It can hold up a plane
7:32 Dude, almost 14,5 tons spider web ropes could handle more
imagine our boy peter parker (spider man) shot outs 40 spider webs just to stop the accident monorel only save the civilian, not to mention holding gigantic ships from split in 2💀
Nautical knots would be much more efficient
I doubt those knots are best at not reducing the maximum load
you should learn to make a knot ... I've already said it, but the idea would be so much better with a hard/stable knot. you're not tying your shoelaces here ! all your video end with knot falling and not with rope breaking.
The boy scout in me died a little this night.