I saw this suggested video and had to comment here too! The CTI was coined by Jasper Benincasa in the 1940's. He was the only one known to have performed it, and had a picture of it (more on that later). I met and spoke with Jasper's student, Jack Arnow, many times and Jack said that the CTI was not a matter of getting the body vertical. It was about lowering down from the bar and stopping when the arms were horizontal - that was the deciding characteristic. Jasper had also said the legs were held loose underneath, so that the body resembled a "7", as opposed to the 90/90 angles discussed. Jasper called it a "Close To Impossible" because it was so difficult to hold (his best was 3 seconds) - and this says a lot coming from a guy who could do multiple one arm chin-ups and one arm back levers! For the longest time, the only photo available of Jasper's CTI had the legs cut off, so there were doubts. It was an old picture from the 40's (it's amazing it survived as long as it did). Anyways, in 2012 after Jasper passed, his daughter was looking through his things and found ANOTHER picture of the CTI from the same instance as the original "leg-less" photo. Jasper's daughter sent a copy of the picture along to Jack Arnow, Jack sent a copy to me. This new photo clearly showed Jasper's entire body, as well as the hand written title "The CTI". Looking at the original photo and the new photo, it seems clear that some short period of time has passed (a few seconds), which would indicate a hold. This is incredibly impressive and in my opinion the holds we see going around now and days replicate Jasper's original hold quite well. For all these attempts, pressing out the arms straight doesn't seem like the preferred way Jasper got into the skill (instead lowering down with straight arms) And attempting to get vertical/90 degrees is not needed, and as you mentioned is physically impossible. Not trying to plug my website, but you can check out the CTI pictures and my analysis on the page titled "Jasper Benincasa: A Memorial". Pardon if the site is a bit wonky right now. Lastly, Jasper Benincasa day (March 25th - his birthday) is coming up soon! It's a day we all try feats of strength (usually a crank, one of his favorites!) Thanks and cheers!
@@luca_sbll actually, the 690 Nm figure is measure in the engine crankshaft. The wheel (hub) would output up to 7740 Nm in first gear, considering the 2.867:1 final drive ratio of the Aventador SVJ. Cars are hella strong. Even if it wasn't a manufacturer measured, and was dyno'ed at the wheels, it would factor in the gear ratios to give the values at the engine. Would just be a tad lower due to transmission losses, etc.
I’ve heard it plenty of times too, even from myself. However, we’re all good over this way lol. Maybe everyone wants to be mathematicians and biologist where you live for some reason. Majority of the information most are taught in any education level or than college, is most likely forgot and never used again.
I don't know why this move even needs an explination. Just a second thought tells you, that the problem is in the weakness of grip and wrist extension. Two vertical bars for each arm might be a bit closer to possible
@WungusBill dont hate just because ur too weak.. I dont see the value in ur comment also. btw im one of the guys from the videos he showed, and practicing this move will train ur abs and lats like nothing else does. and it doesnt feel like FL at all
Excellent video! The CTI is not physically impossible, but in practice with Earth's gravity it could only be done by someone with wrist extensor muscles in the forearm as strong as a car engine and hand skin so rough it won't rip. It would be cool to try this and other moves on a planet with much lower gravity (or send some street workout athletes on the Moon). This move was named by Jasper Benincasa, there's a picture of him holding it with an oblique body (so center mass is in line with the bar) and no false grip, he used something like sap to keep a strong grip on the bar. Also some of the CTI attempts in the end of the video are faked by using a thin rope that is not visible, Leon Pilous has a video about this trick.
I have to say that your explanations are very clear. I'm an engineer too and I'm very much aware of how hard it could be to clearly explain some physics concepts. Congrats 👏
History of the CTI: the name was coined by Jaspar Benincasa. He was definitely the best bodyweight strength person of his era, if not of all time. Check out this great tribute to him from Jim at beastskills.com: www.beastskills.com/jasper-benincasa-a-memorial It also includes an analysis of the CTI, and an argument that Jaspar may have actually done it.
I just wanna note how I find this an interesting science of a video (as many of your videos are). And it just irritates me how closed-minded people can be to find such things too “boring” to indulge in. I HATE closed-minded people like that, dude! But keep on bringin these videos 👌🏾
i remember i was doing something similar with a hammer. holding it vertical from the bottom of the hammer was so much harder than holding near the metal. i wonder if someone is now going to use that T-bar as a method to increase forearm strength.
Your ability to overcome challenges and keep moving forward is impressive. How do you find the inner strength to push through tough workouts? Hope to see you active in 2023
Actually, there's just one way to prevent rotational motion given an unbalanced torque: provide another torque that counteracts the torque already present. The two examples you gave were two different ways of doing this: either with a new external object providing some force providing that torque, or the friction between the axle and rotating object providing that torque. Nevertheless, good explanation of everything else!
Amazing advice, this completely makes sense. However, if you were to have the relevant flexion strength of the forearm to hold your body weight, would there be need for squeezing the bar to prevent rotation? ?
This move is actually allot easier then people think :') well if you don't train correctly or train too much each week then it might not be, anyways all you have to do is hold yourself at the top of a muscle up position, then just move your body a little bit away from the bar and hold it, over time you will be able to get the angle lower and lower until you hit this position, or you can hold the top of a pull up position and move backwards from the bar a little and hold, eventually you will get to holding the close to impossible move from this position as well :)
This video was interesting, but I would have liked more real numbers. You show how the hand-bar joint is the key and provide a prop, why not do a simple experiment and remove all doubt? I like how you provided examples in your "One Arm Handstand Pushup" video.
Well, I imagine that there should be data out there about the force neaded to actually rip the skin off from a human hand. That's the real limiting factor, because wrist strength could theoretically be increased enough to hold the position. Even then, the strength and durability of the body tissues can also be theoretically increased via progressive overload. If a normal person had to do a one arm-one finger pullup, her finger would probably actually be ripped off her hand, is not just a matter of muscular strength; and yet some climbers can perform that movement no problem. So maybe the durability of the skin could also be trained and increased to the point where this movement can be performed. I just don't see anybody genetically gifted enough putting the time an effort necessary to get such a specific skill.
If you were to do it on a square bar, you'd use your thumbs to counter the force. Now, in your head you might've thought this would be possible if it were done by a strong athlete (I sure did). However, if you run the numbers you'll quickly find out that, in that scenario, your thumbs need to handle 15x your BW. CTI is truly insane.
I didn't even know that this was a real exercise until this video. I thought I was the first one to ever think of it. I asked my friend who is a physics major if it would be possible and he said basically what you said. However, he also said if you did it with a vertical bar it would be possible. I wonder about the friction required to hold your entire body weight at arm's length, though, and I feel like it would be a similar problem. But he probably meant to have a T shape bar like this: _|_ and hold the vertical section with the crossbar preventing your hands from slipping. Do you think that would work? It might be an interesting video idea.
Thanks for ur CTI explanation, well done!! Now what do you think of one arm human flag? Ik human flag has arm pushing and arm pulling, so can you explain them both and if its possible to do it with one arm. Btw just subscribed :)
Well if you theoriticaly had strong wrists and forearms enough to resist the torque would you do it? And if the friction was high enough that you wouldn't slip. Will it be possible then?
As he said you would probably rip off the skin. But if you can somehow manage to get some grip glove or something like that, and you had hulks forearm but normal body...then it's possible ig
Shoulder behind elbows would not make it impossible. It would just create a bit of torque for your back to counteract (less than a front lever), and more torque for triceps requiring more strenght. Even I can do it with ~60% range of motion
Ill just say that it is possible; However, it requires relaxation rather than physical tension. To do that takes mastery of tension and relaxation control through years of dedicated practice. Im not saying that I can do this but I know that there is the subconscious mind force which will generate the incredible power for you.
The static hold of what you presented in 0:26 is the impossible part which you are trying to perform when doing "close to impossible" exercise. That's why It's called "close to impossible" not "impossible". The goal of this exercise is not to do sth impossible which you presented but going as close to impossible as you can. Like "pushing the wall", of course you won't push the freaking wall but you can try to
I disagree with ripping the skin from your hands in that maneuver, practice every day, develops good skin and elasticity, that does not separate from the hand, When I was younger from swing on a bar, I developed massive hand and wrist strength, and could easily hold my self almost as shown, but never had the inclination to further do that move, although, i would slowly grab one vertical bar and almost hold my position at 90 degrees, slowly rotating around a vertical 2 inch diameter bar, the rotation going by false memory could have been close to 4or 5 seconds, it was very difficult, and took me a long time to develop that strength, but now at 79, things disappear, Slowly develop your ability, and things stay together, The only time I would have skin separation, is when i would not practice, and my hands became soft, I was also very light with small bones, that may have contributed to this ability, Those fellows shown at the end of the video, did not have enough wrist strength, although they would definitely have the rest of their body fairly strong. Their bodies were over developed in such a way that it was impossible to do that maneuver. I often wonder why at my weight around 150 when someone who was twice my weight and very strong could never put me down in an arm wrestling match. that is probably why.
Great video! My brother told me about his and I tried to do the math...I'm getting something like you need to be able to squeeze about 80-100x your bodyweight to do it?!
Manni, it would be easier for English speakers to call it “bending something” (not really moment because it is not sort of an energy within a movement) but it is called torque among the physicists (in most languages, at least) due to some Greek word related to torsion.
@@m3ntos759 it really isn't, did you not go to school? If you've studies even basic physics and biology you'd know that a movement like this is absolutely impossible without external help
M3ntos love that mindset. The world has enough complacent sheep that accept the word "impossible". True progress comes from people like you that dream boldly and see "impossible" as nothing but a challenge to be faced. It doesn't take any balls to find all the reasons why you can't. A small mind is satisfied with finding the logic of why things cannot. But it takes an independent mind, a strong will, and the spirit of a leader to fight against even logic and find why things CAN! You said it perfectly "impossible until someone do it".
@@austinjrb it's literally impossible due to simple physics and biology, listen to how stupid you're sounding right now. What you're assuming is that everything that is impossible, including the things that are totally bullshit can be done if you try hard enough I'd like to see you go at the speed of light , it's possible right? You just have to try harder
that's why it's called 'close to impossible' because if impossible is 0.0000%, then close to impossible is 0.0001% which is almost the same as impossible
Okay, but just to be completely precise. Technically it is possible, but practically the force you would need to overcome with your wrists is just unimaginable for humans.
the force would still be too big... the position you are talking about is similar to how your hands are positioned when using a cartwheel in construction for example... now think of lifting a cartwheel filled by sand to 95% of your body mass... no way in hell... you wouldn't be able to do 30%...
again, if it's humanly possible, there will be a russian guy already doing it on youtube
I’m crying 😂
Yes like doing pushups without hands
If an Asian is doing it it's fake.
@@chrisdonan8293 lmao🤣
There is a black guy doing it. Zeblackturbo
Says that is impossible but he shows how its done with a picture of himself performing it.
Busted
just for educational purposes he never claimed he can Do it, get your ass to the park and start training sweet little girl
It was a joke 😠😠
@@Chrisdaehan you little fucker
Ajjaajajaj
He didnt hold it as a static possition he just performed a dynamic swing to get in the position for the shot of the video
6:58 those are some flexible shoulders
Hahahaha, he's probably a robot
It's a picture
@@anislaour8538 no shit man
lmao
I saw this suggested video and had to comment here too!
The CTI was coined by Jasper Benincasa in the 1940's. He was the only one known to have performed it, and had a picture of it (more on that later).
I met and spoke with Jasper's student, Jack Arnow, many times and Jack said that the CTI was not a matter of getting the body vertical.
It was about lowering down from the bar and stopping when the arms were horizontal - that was the deciding characteristic.
Jasper had also said the legs were held loose underneath, so that the body resembled a "7", as opposed to the 90/90 angles discussed.
Jasper called it a "Close To Impossible" because it was so difficult to hold (his best was 3 seconds) - and this says a lot coming from a guy who could do multiple one arm chin-ups and one arm back levers!
For the longest time, the only photo available of Jasper's CTI had the legs cut off, so there were doubts. It was an old picture from the 40's (it's amazing it survived as long as it did).
Anyways, in 2012 after Jasper passed, his daughter was looking through his things and found ANOTHER picture of the CTI from the same instance as the original "leg-less" photo.
Jasper's daughter sent a copy of the picture along to Jack Arnow, Jack sent a copy to me.
This new photo clearly showed Jasper's entire body, as well as the hand written title "The CTI".
Looking at the original photo and the new photo, it seems clear that some short period of time has passed (a few seconds), which would indicate a hold.
This is incredibly impressive and in my opinion the holds we see going around now and days replicate Jasper's original hold quite well.
For all these attempts, pressing out the arms straight doesn't seem like the preferred way Jasper got into the skill (instead lowering down with straight arms)
And attempting to get vertical/90 degrees is not needed, and as you mentioned is physically impossible.
Not trying to plug my website, but you can check out the CTI pictures and my analysis on the page titled "Jasper Benincasa: A Memorial".
Pardon if the site is a bit wonky right now.
Lastly, Jasper Benincasa day (March 25th - his birthday) is coming up soon!
It's a day we all try feats of strength (usually a crank, one of his favorites!)
Thanks and cheers!
Thanks for the information
Underrated comment. This deserves WAAAYYY more attention.
Incredible story.
@@i_want_my_shuggah - Thank you.👍
Came for calisthenics but stayed for the engineering lesson 💯💯💯
Physics
@André Boscariol Rasera hurr durr approximation joke
4pcyshhnf
To put the 700 Nm of torque into some perspective, a Lamborghini Aventador's 6.5 liters engine produces a peak torque of 690 Nm.
Oo000of.
The gearbox outputs peak 2700 Nm in first gear though.
Twski ///M fair enough. Still, 690 Nm at the wheels
@@luca_sbll actually, the 690 Nm figure is measure in the engine crankshaft. The wheel (hub) would output up to 7740 Nm in first gear, considering the 2.867:1 final drive ratio of the Aventador SVJ. Cars are hella strong.
Even if it wasn't a manufacturer measured, and was dyno'ed at the wheels, it would factor in the gear ratios to give the values at the engine. Would just be a tad lower due to transmission losses, etc.
Twski ///M thank you for clarifying, as you may have figured out I don’t know much about this kind of stuff
You: It's impossible
Popey: Hold my can of spinach
lol yes
@Wulfpath mildly interesting
😂😂
“Because I like sports and don’t need that knowledge” 😂😂 heard so many people say that in school and well look at where most of them are
I’ve heard it plenty of times too, even from myself. However, we’re all good over this way lol. Maybe everyone wants to be mathematicians and biologist where you live for some reason. Majority of the information most are taught in any education level or than college, is most likely forgot and never used again.
I don't know why this move even needs an explination. Just a second thought tells you, that the problem is in the weakness of grip and wrist extension. Two vertical bars for each arm might be a bit closer to possible
@WungusBill dont hate just because ur too weak.. I dont see the value in ur comment also. btw im one of the guys from the videos he showed, and practicing this move will train ur abs and lats like nothing else does. and it doesnt feel like FL at all
@@AliveStav who cares tho
4:04 My man Osvaldo!!!
Chris heria > osvaldo dont @ me
@@garynico9872 sorry I didn't understand
@@garynico9872 chris is overrated
@@garynico9872 oh my fucking god just shut the fuck up dude
That chris guy is extremely overated
@@garynico9872 he can't even face oswaldo. And one thing Chris don't know many of the skills so he is just overrated
Excellent video! The CTI is not physically impossible, but in practice with Earth's gravity it could only be done by someone with wrist extensor muscles in the forearm as strong as a car engine and hand skin so rough it won't rip. It would be cool to try this and other moves on a planet with much lower gravity (or send some street workout athletes on the Moon).
This move was named by Jasper Benincasa, there's a picture of him holding it with an oblique body (so center mass is in line with the bar) and no false grip, he used something like sap to keep a strong grip on the bar.
Also some of the CTI attempts in the end of the video are faked by using a thin rope that is not visible, Leon Pilous has a video about this trick.
I have to say that your explanations are very clear. I'm an engineer too and I'm very much aware of how hard it could be to clearly explain some physics concepts. Congrats 👏
Enjoy to see you explain skills so everyone can see it's possible or not!👍
Thanks for that!🔥
Finally someone said it! Well explained bro
Calisphysics!!! Love it😘
History of the CTI: the name was coined by Jaspar Benincasa. He was definitely the best bodyweight strength person of his era, if not of all time. Check out this great tribute to him from Jim at beastskills.com: www.beastskills.com/jasper-benincasa-a-memorial
It also includes an analysis of the CTI, and an argument that Jaspar may have actually done it.
Thanks for the shout out!
@@BeastSkills Of course - I'm a longtime fan!
It would have been fun if you added the phrase: Or can you? at the end. Nullyifing the main statement made in the video. 😂
The comparative between artem morozov move and the way you hold the shovel was so accurate, must say
I just wanna note how I find this an interesting science of a video (as many of your videos are). And it just irritates me how closed-minded people can be to find such things too “boring” to indulge in. I HATE closed-minded people like that, dude! But keep on bringin these videos 👌🏾
"science based lifting"
Anything close to infinity is just infinity, because nothing is close to it
i remember i was doing something similar with a hammer. holding it vertical from the bottom of the hammer was so much harder than holding near the metal. i wonder if someone is now going to use that T-bar as a method to increase forearm strength.
Your ability to overcome challenges and keep moving forward is impressive. How do you find the inner strength to push through tough workouts? Hope to see you active in 2023
19:18 Artem morozov. This guy is all unique piece.
Hey mattheo spinazzola basically did it
For someone who often twist the throttle of my motorcycle I think I should be capable to do the cti
PhysicsPal. This was really informative.
Big facts from Dave
Actually, there's just one way to prevent rotational motion given an unbalanced torque: provide another torque that counteracts the torque already present.
The two examples you gave were two different ways of doing this:
either with a new external object providing some force providing that torque,
or the friction between the axle and rotating object providing that torque.
Nevertheless, good explanation of everything else!
I really love and enjoy watching your videos. Love it...
Amazing advice, this completely makes sense. However, if you were to have the relevant flexion strength of the forearm to hold your body weight, would there be need for squeezing the bar to prevent rotation?
?
Dave is a smart dude.
Damn I just the best lecture in torque so far by a calisthenics dude.!
Suck it physics teacher!
Did you switch over to wet shaving your head from the buzz cut? Looks good!
Now I feel uncomfortable, because the video was so serious... I watched it with joy anyway.
Holding that you can see that your legs would swing forwards out of your control, doesnt matter how strong you are
it is possible if you have a beast grip strength and a little overall upper body strength but it is impossible if the bar is rotating or slippery
Those CTI attempts look like someone tried to do a front lever but couldn't hold it so they dropped down.
Pal: CTI is impossible
Deuanuis: Hold my bar
Since the victorian is doable, shouldn't thinks be doable? Or does it not count if your body is not completely perpendicular?
How about doing it on neutral-grip bars (placed vertically)?
Dobry filmik i interesujący
Maybe it is easyer to handle on vertical neutral grip
This move is actually allot easier then people think :') well if you don't train correctly or train too much each week then it might not be, anyways all you have to do is hold yourself at the top of a muscle up position, then just move your body a little bit away from the bar and hold it, over time you will be able to get the angle lower and lower until you hit this position, or you can hold the top of a pull up position and move backwards from the bar a little and hold, eventually you will get to holding the close to impossible move from this position as well :)
Great video!
This video was interesting, but I would have liked more real numbers. You show how the hand-bar joint is the key and provide a prop, why not do a simple experiment and remove all doubt? I like how you provided examples in your "One Arm Handstand Pushup" video.
0:01 me talk with my demon
Well, I imagine that there should be data out there about the force neaded to actually rip the skin off from a human hand. That's the real limiting factor, because wrist strength could theoretically be increased enough to hold the position. Even then, the strength and durability of the body tissues can also be theoretically increased via progressive overload. If a normal person had to do a one arm-one finger pullup, her finger would probably actually be ripped off her hand, is not just a matter of muscular strength; and yet some climbers can perform that movement no problem. So maybe the durability of the skin could also be trained and increased to the point where this movement can be performed. I just don't see anybody genetically gifted enough putting the time an effort necessary to get such a specific skill.
Great video
*”It’s impossible until someone does it”*
Maybe someone training over 130 year can do it
It's impossible until physics say it's possible
it'd be possible... if you tried to do it on the moon, for example.
If you were to do it on a square bar, you'd use your thumbs to counter the force. Now, in your head you might've thought this would be possible if it were done by a strong athlete (I sure did). However, if you run the numbers you'll quickly find out that, in that scenario, your thumbs need to handle 15x your BW. CTI is truly insane.
Which one is more impossible or possible - An inverted full planche or CTI?
Subscribed after 90 seconds. Nuff said.
3:17 That is not how this wrench works. You rotate in the wrong direction.
What's your thought about a 6'7 tall calisthenics guy?
great video awesome explanation :)
Nice vid💯💯🔥🔥
I didn't even know that this was a real exercise until this video. I thought I was the first one to ever think of it. I asked my friend who is a physics major if it would be possible and he said basically what you said. However, he also said if you did it with a vertical bar it would be possible. I wonder about the friction required to hold your entire body weight at arm's length, though, and I feel like it would be a similar problem. But he probably meant to have a T shape bar like this: _|_ and hold the vertical section with the crossbar preventing your hands from slipping. Do you think that would work? It might be an interesting video idea.
Thanks for ur CTI explanation, well done!! Now what do you think of one arm human flag? Ik human flag has arm pushing and arm pulling, so can you explain them both and if its possible to do it with one arm. Btw just subscribed :)
the only way is using the upper arm (pulling), and then putting your head on the bar, only one arm is impossible as well
@@sandroribeiro4023 i understand what you mean by putting the head on the bar and you r right. Only one arm is impossible
Great video
informative!! THX
Awesome and insane
Excellent
Calisthenics + hidden auxiliary bar = nice magic trick.
Which one do you think is more possible - CTI or Reverse full planche? I think they're both equally impossible 😂
Can you make a video regarding the reason or history behind the naming of bulgarian, russian, korean dip or autralian pullup?
Well if you theoriticaly had strong wrists and forearms enough to resist the torque would you do it?
And if the friction was high enough that you wouldn't slip.
Will it be possible then?
As he said you would probably rip off the skin. But if you can somehow manage to get some grip glove or something like that, and you had hulks forearm but normal body...then it's possible ig
The one handstand push-ups is possible if your using momentum from a handspring.
Artyom fetelya best CTI
The best is zeblackturboofficial from Portugal the real power calisthenics check my instagram insane close to cti 👊💪
1:07the clean'' impossible dip'' is actuali imposible because the shoulders should be behind the elbows
The guy in the video does that. Just not in the video shown. He did it way better. That's Z1tO (Insta name)
Shoulder behind elbows would not make it impossible. It would just create a bit of torque for your back to counteract (less than a front lever), and more torque for triceps requiring more strenght. Even I can do it with ~60% range of motion
It's not torque boi, it's moment
Ill just say that it is possible; However, it requires relaxation rather than physical tension. To do that takes mastery of tension and relaxation control through years of dedicated practice. Im not saying that I can do this but I know that there is the subconscious mind force which will generate the incredible power for you.
Bodyweight static front raise
it is impossible, but zackblackturbo don't know that it is impossible and he did 20 sec of cti
I can do better but I think is impossible who knows many things I did is impossible and I did 6 months latter thanks brother 👊💪💪
i have seen frank medrano do it a lot of times..have u chkd it?
The static hold of what you presented in 0:26 is the impossible part which you are trying to perform when doing "close to impossible" exercise. That's why It's called "close to impossible" not "impossible". The goal of this exercise is not to do sth impossible which you presented but going as close to impossible as you can. Like "pushing the wall", of course you won't push the freaking wall but you can try to
I disagree with ripping the skin from your hands in that maneuver,
practice every day, develops good skin and elasticity, that does not separate from the hand,
When I was younger from swing on a bar, I developed massive hand and wrist strength, and could easily hold my self almost as shown, but never had the inclination to further do that move, although, i would slowly grab one vertical bar and almost hold my position at 90 degrees, slowly rotating around a vertical 2 inch diameter bar, the rotation going by false memory could have been close to 4or 5 seconds, it was very difficult, and took me a long time to develop that strength, but now at 79, things disappear,
Slowly develop your ability, and things stay together,
The only time I would have skin separation, is when i would not practice, and my hands became soft,
I was also very light with small bones, that may have contributed to this ability,
Those fellows shown at the end of the video, did not have enough wrist strength, although they would definitely have the rest of their body fairly strong.
Their bodies were over developed in such a way that it was impossible to do that maneuver.
I often wonder why at my weight around 150 when someone who was twice my weight and very strong could never put me down in an arm wrestling match. that is probably why.
Great video! My brother told me about his and I tried to do the math...I'm getting something like you need to be able to squeeze about 80-100x your bodyweight to do it?!
I missed your videos a lot, please upload regularly. Are you doing any job now or are you still doing freelance
Okay! I'm going to try it
But.. wait for me a bit to up to Super Saiyan God-Blue form first.
Was just watching your old videos and boop, a new vid popped up
Boop
I love these philosophical videos! :D
Adam this is not philosophical
PhysicsPal ;)
2:41 The two torques are adding up. Your hand is pushing the hanger not pulling.
P.S. Sorry, could not resist.
What is the name of this movement?
Bruh
Name of it??
Zeblackturbo can now do a close to impossible without someone holding his feet
Its fake bro
Why im getting chest pain just by holding on the rings and doing dips?
probably because of the force you need to bring up for stabilizing the rings.
@@halal5980 but when i do normal dips on paralletes i get the same sensation
@@nunoferraz1897 YOUR not use to it and your bones and muscle are getting use to it
@@Mo-dn7ww should i stop doing those exercises where my chest hurts or not?
@@nunoferraz1897 no dont worry it goes away after time
very nice
Shouldn't it be called Bending Moment instead of Torque?!
Manni, it would be easier for English speakers to call it “bending something” (not really moment because it is not sort of an energy within a movement) but it is called torque among the physicists (in most languages, at least) due to some Greek word related to torsion.
@@janluctavares really? I have always refer it as bending moment in civil engineering though.
I think that Jax from MK series, could do it easly ;)
What about vertical bars?
2 people in humanity was able to do it perfectly but their not known because they don’t like being noticed
Source?
1:07 i don't think that Artem Morozov is a terrible pesimist
Impossible until someone do it
@Asian Chopstick bullshit, everything is possible
@@m3ntos759 it really isn't, did you not go to school? If you've studies even basic physics and biology you'd know that a movement like this is absolutely impossible without external help
@@m3ntos759 He is right
M3ntos love that mindset.
The world has enough complacent sheep that accept the word "impossible". True progress comes from people like you that dream boldly and see "impossible" as nothing but a challenge to be faced. It doesn't take any balls to find all the reasons why you can't. A small mind is satisfied with finding the logic of why things cannot.
But it takes an independent mind, a strong will, and the spirit of a leader to fight against even logic and find why things CAN!
You said it perfectly "impossible until someone do it".
@@austinjrb it's literally impossible due to simple physics and biology, listen to how stupid you're sounding right now. What you're assuming is that everything that is impossible, including the things that are totally bullshit can be done if you try hard enough
I'd like to see you go at the speed of light , it's possible right? You just have to try harder
that's why it's called 'close to impossible' because if impossible is 0.0000%, then close to impossible is 0.0001% which is almost the same as impossible
Okay, but just to be completely precise. Technically it is possible, but practically the force you would need to overcome with your wrists is just unimaginable for humans.
Hi
Wouldn't it be possible with two vertical bars? Because of the grip
the force would still be too big...
the position you are talking about is similar to how your hands are positioned when using a cartwheel in construction for example...
now think of lifting a cartwheel filled by sand to 95% of your body mass...
no way in hell...
you wouldn't be able to do 30%...
Depends on how far away from each other would the bars be, but yes, it would be possible.
Need to increase friction somehow
Rock climbers watching this video: *hold my chalk*