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Human joints, especially those of an untrained individual, will not withstand such speed. You can remain disabled after such a test.

There are large exoskeletons. Such as Mark-3 or Mark-4M, for example. In them, a person is not so rigidly fixed. There are other areas of application.

Можеби с датчик дето изчита натиск или напрежение? Така дори ако си вързан в екзоскелета то може да изчита намерението ти на каде искаш да се движиш. Това би работило без хлабина междо човека и екзоскелета.

Не все сразу

Yes, you are right, there are several ways to reduce parasitic noise. I just wanted to show what difficulties there are when using cheap components for such systems

Near. In about one video there will be a human test. Maybe a little later. I have a lot of videos with individual shootings. It’s difficult to say exactly how they will be combined into videos.

And that’s true - why do we need cars when you can run to the neighboring city and back. Why do we need cranes on construction sites when you can lift everything by hand? Why do you need running water when you can carry water in buckets home, up the stairs to the 21st floor? Why do you need medications when you can simply not get sick :-)

@@Xone83haha yes, but try fitting a crane or a car in a humanoid. transformer effect, you can have a giant robot that transforms into a semi truck, but you will have both a worse off humanoid robot and a worse off semi truck to allow for both in one. Skip the mobility assistance, make a kick ass motorcycle instead the humanoid exosuit won’t be burdened with actuators and noise only to run at 12mph for 2 hours

@@claytonmcsweeney9499 Here you are completely right. Universal devices always work worse than specialized ones. But such universal things as a Swiss Army knife or a smartphone still exist.

That's right. Mark-9 is the name of a test platform for demonstrating various control systems for active exoskeletons. This video shows 3 control systems on different types of sensors: optical, sound and tensor

That's right. This demonstrates that you can do this quite easily yourself. And how fast. His other tests are in other videos on the same channel

The control system is built on a programmable controller. The firmware for this controller is uploaded via a laptop.

That's pretty much it. But there is also a nuance. The load on a person shifts his center of gravity upward, which makes it difficult to maintain balance when, for example, a person sways on his back. Therefore, although the frame can support much more weight, you should still not walk with too much load. You may lose your balance and fall.

Glad you liked it:-) It can be made of steel. For example, the black variation of Mark-8, which was shown in the bonus, is steel. And the variation of Mark-8, which is made of white metal, is titanium. I just wanted to try making it out of titanium - it's a new experience. And it is lighter than steel, and for an exoskeleton, weight is crucial. In principle, if desired, it is possible to organize mass production. Still, this set of metal sticks is much simpler than some car engine, which are easily mass-produced in factories.

This is the fourth part of the video about this exoskeleton. In the second part of the video there is more material on using heavy armor on it. At least the one we had available. Of course, the same shin guards were sorely missing, but alas, we couldn’t get them. However, even here at the end you can see a plate carrier with additional hip armor

@@Xone83 yeah it's pretty cool you should get some steel plates to cover more of the body and steel has better multi hit protection as well which leans more into that walking tank like idea against small arms fire and some rifle rounds.

@@TimothyMark7 The frame itself uses titanium, so I thought about titanium plates. They are lighter than steel. But that would mean I would have to make the armor myself. And the exoskeleton needed to be optimized for regular bulletproof vests.

@@Xone83 yeah I guess you could go with titanium but it's harder to get a hold onto compared to steel that has a bunch of a 6x8 plates you can attach

@@TimothyMark7 Do you mean it's harder to attach to the frame? No, it makes no difference. In any case, everything will be implemented in fabric covers. And it doesn't matter what you put in them - titanium or steel. You can't weld a steel plate to the frame either - this will worsen its properties, and its disassemblability will suffer. And drilling it and attaching it with bolts is also not always possible. Plus, mobility will suffer from this.

Yeah I don't see a spine to take off the weight. Maybe it just looks cool ha 😅

@@Vaultboyfromfallout The spine is those 2 pieces on the sides that stick out from the body armor and are inserted into the belt

@@Xone83 oh my bad

Reduction of weight carried by Soldier Average equipment weight can reach about 40 kgs since it was first standardized by roman empire Might reduce leg fatigue while walking long distances Can reduce armor/equipment wobbling by keeping it in position. Those are wild guesses based off design i saw on video as i did not have an opportunity to try one on

We greatly appreciate your long-term faith in us🙂

Вполне себе комфортные. Разумеется, некоторые ограничения подвижности чувствуются, но без этого никуда, их и в одежде чувствуешь. Некоторые ограничения добавлены специально, для защиты оператора, например нельзя сесть на шпагат.

@@Xone83 понял

I didn't know that I was Chinese. And it turns out that I live in China. How much new can you learn about yourself😀 Would it be difficult for you to provide a link to a similar Chinese frame, if you are sure that this is a Chinese sample?

@@Xone83 Seeing as you’re already figured out how to VPN past “The Great Firewall” you should next master searching for things on the open internet. Don’t be lazy, learn for yourself.

@@Xone83 ruclips.net/user/shortsg0zTT1XoiTA?si=em95jbWBPDAOJMaH There’s an example of the junk

@@Xone83 funny how my replies keep getting deleted… 🤦💀

@@Xone83 “Cull ALL the Sparrows!”-Mao Zedong “Egg Fried Rice anyone?-Mao Anying “Me like left nostril most!”-Mao Xinyu “I’LL plan the economy!”-Mao Jinpork “China is safest county in world!”-Xu Ganlu “Corruption is rampant in China!”-Victor Gao

Thank you!

@@Xone83 ruclips.net/user/shortsg0zTT1XoiTA?si=em95jbWBPDAOJMaH It’s Chinese made junk. 🤦

@@ultimultig It’s just Chinese made junk. ruclips.net/user/shortsg0zTT1XoiTA?si=em95jbWBPDAOJMaH

@@ultimultig “Cull ALL the Sparrows!”-Mao Zedong “Egg Fried Rice anyone?-Mao Anying “Me like left nostril most!”-Mao Xinyu “I’LL plan the economy!”-Mao Jinpork “China is safest county in world!”-Xu Ganlu “Corruption is rampant in China!”-Victor Gao

Yes, it is a passive model.

@@Xone83 Which is a fancy way of saying springs/bungee cords.

@@NyeMechworks There are no springs to compensate for the weight. As well as cords and all that stuff. The springs are only on the shock absorption system.

@@NyeMechworks it’s just Made in China junk, don’t be fooled.

@@mikestewart4752 Before you write erroneous guesses, I advise you to watch other videos about exoskeletons on this channel.

Если нам такое предоставят - то конечно добавим. А пока делали с тем что имелось.

@@Xone83 вы молодцы. Хороший проект, особенно в это время. А если сделать на ногу экзоскелета противоминной башмак, с ориентировкой на мину типа лепесток.

@@Xone83 You learn to eat with Chipsticks yet? You should, you’re going to need to.

@@1983bunbun It’s just more junk from China. Don’t use it in combat, it will fail on you at the worst possible time. We say “Made in China strikes again!”

@@mikestewart4752 Sorry, I didn't understand the meaning of your question.

The weight of the bulletproof vest and the additional load carried falls on the frame, not on the person. Thus, in statics, the weight is not felt at all. And in dynamics, there is no vertical load, and only horizontal, due to the upwardly shifted center of gravity (I am now describing carrying a person on the back). In any case, such a frame will take on the shock loads from jumping ammunition when walking and running and will protect the spine, hip, knee and ankle joints from compression injuries.

You are right

The optimal load value is up to 50% of the operator’s body weight.

There is no joint locking in this design

@@Xone83 bro its a joke. But they can still lock up due to a malfunction

@@phipsy6941 Anything can break. It's true. But human joints are not immune to this either :-)

Manufactured by : (Afton)ov Robotics

Imagine being shot at

not useless if it can help the soldier carry an 80lbs load over say 10 miles. It could increase the overall efficiency of ground forces

@@robertbradbury7921 yea if maintainable you would be right I'd say

dude thats all what modern exosuits atm. Its not powerarmour

I think it helps to reduce fatigue when carrying heavy things or moving around the battlefield especially if you're in the ground for a long period of time.

😂😂😂😂 its not even April fools

@00-Dima pretty good joke my boy! They said 3 days with ukraine look how that went we almost in year 3 😁

@@JohnBrown-l5s Russia fight alone with all NATO power still there boot inside Ukrainian

@@00-Dima west joker

You don't feel the weight of a bulletproof vest, for example. It doesn't put pressure on your shoulders. That doesn't cause those same herniated discs.

The weight of the bulletproof vest and the additional load carried falls on the frame, not on the person. Thus, in statics, the weight is not felt at all. And in dynamics, there is no vertical load, and only horizontal, due to the upwardly shifted center of gravity (I am now describing carrying a person on the back). In any case, such a frame will take on the shock loads from jumping ammunition when walking and running and will protect the spine, hip, knee and ankle joints from compression injuries.

@@Xone83 Interesting! And how does this translate for the wearer? Is he able to comfortably walk while carrying heavier equipment? Or would it still be felt in the knees since it’s unpowered? I’ve considered building something like this for my Superhero Armor (see my videos), but i wasn’t sure it would be effective.

@@SuperheroArmorychannel The point is to not feel the weight of heavy equipment. This weight is not felt. This is a vertical load (like gravity - directed from top to bottom), which is taken by the exoskeleton frame. Therefore, if you do not move, then you can hang a ton on yourself (as long as the frame can withstand it), the weight will not be felt. Difficulties will appear when you need to walk with a load. A person's center of gravity is in the lower back. Due to a heavy load, for example a person, the center of gravity shifts upward. That is, the body becomes heavier than the legs, just by the added weight. And when you walk, the body sways. And the higher the center of gravity, and the heavier the load - the greater the load on the muscles of the foot, with which you keep yourself from falling. And they are used to your weight, and not to an additional +100 kg. Which is a very big difference. Also add the lever effect, which occurs due to the difference in the length of the body and legs in relation to the length of the foot. In general, to walk comfortably, it is not recommended to exceed the tolerable weight as a percentage of your body weight, which is 50%. That is, half of your weight is easy. If more, there will be increased stress on the foot.

@@Xone83 Excellent explanation! Thank you. The concept is very simple then and it seems like it would be fairly easy to replicate. Do you know if this particular Russian exoskeleton is a commercially available product or just a demo unit? Another RUclipsr named Mr Teslonian built something very similar to this but more primitive and he incorporated a 12v electric winch as an actuator.

@@SuperheroArmorychannel In the video I’m walking around in this exoskeleton :-) It’s just that now I’m writing not from the account of an English-language channel, but from my personal one. No, this model is not for sale and is a prototype. More precisely, several modifications of the Mark-8 model are presented here. If you look closely, you can see that they are structurally different.

At the moment, filming the sequel to the series has been complicated by the fact that the buildings of the "mercenary base" location have been demolished. We decided to make them graphic, got a little carried away, and as a result, we will soon finish developing a game in the "shooter" genre "Area 66" instead of filming the next episode. In this way, viewers will be able to feel like the series' george. Ideally, 3 parts are planned, where you can play for 3 different heroes in different locations of the Zone. Part 1 is almost ready.

And we are glad that our subscribers are still with us:-) This is only the first video about the modifications of the Mark-8. The following ones will show other modifications. They are all made of different materials, there is a steel model, aluminum and titanium, so they weigh differently. But on average 5 kg. The carried weight depends on the operator and is determined by his physical indicators, since the recommended carried weight is 50% of the operator's weight. More is possible, but there will be difficulties in maintaining balance, due to the lever ratio of body length to foot length

Of curse the Russians See that in Call of Duty i dont See Any advantage In this one . Expept the Lader thing 🤣

@@RalfBergmann-y7oIt’s to prevent impact stress injuries (microfractures from carrying too much weight) and fatigue from weight while standing still. The exoskeleton offloads weight from the user.

Everthing is probably classified

Спасибо:-)

Yes, they could have used better angles to make the bullets ricochet, and made the outer coating out of titanium to withstand shots. But there would not be enough money for this. Even this aluminum coating was bought with money sent by subscribers

Where does the time come from? This is a hobby, I find time for it on weekends or after work. It is very difficult to say how much it will cost. Everything greatly depends on the materials used, which require appropriate equipment to work with them. Yes, you can make it armored. But this will be irrational. The complexity and cost will increase so much that it will be more effective to use a light armored vehicle rather than power armor

Yes, you have good ideas. But this project is just an experiment to see if it is even possible to create such a robot with plate armor

@@nomadcontrafact6305 ik i just wanted to give input thanks continue to design the future

@@enkercodm9506 I am grateful to you for your concern