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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

I'm sorry, but no drawings exist. We did it without them, it’s shown in the video

Yeah, almost like in a cave :-D

Thanks for the praise🙂

@@nomadcontrafact6305 of course.

During this time, marks 7 and 8 were made, with mark 9 in the works. Since they were all made for customers, unfortunately, we cannot show them without their permission. Maybe someday there will be such a resolution and we will show everything. Mark 4 was sent to a small private exoskeleton museum. sun9-61.userapi.com/impg/iaQIrteYeJedD0q5ZZbj2CDP5pYCeeIdx7YQUw/lICFfJNts7o.jpg?size=2560x1922&quality=95&sign=df72d7da53d12d9466045237cc0d712d&type=album

@@nomadcontrafact6305 wow, I didn't think you were also involved in trade etc... cool, good job.

Тоже интересует этот вопрос. Правда для его решения требуется проведение тестов с настоящим пулеметом. Такое довольно сложно организовать, пулемет в магзине не купишь, увы(

@@nomadcontrafact6305 блин, а так хотелось...

Спасибо:-)

Aliexpress

Yes, it sounds very atmospheric😆

Yes, we later realized this and attached rubber protectors to the soles😊

Thanks!

😄😄😄

Yes, in theory there is such a problem. But it can be solved in several ways. For example, rigid stops are placed directly into the frame, which will prevent the joint from bending further and damaging the operator. Secondly, adjusting the pressure in the cylinders using a receiver, in which the operator sets the required pressure specifically for a given load. Thirdly, the working fluid itself is air, it is compressible, that is, the pressure decreases when entering a wide pneumatic cylinder from a narrow tube. And therefore, there is no hard actuation or stopper; in the initial and final stages of movement, a soft and slightly moving small stroke of the rod in the cylinder is obtained

@@nomadcontrafact6305 Good luck with the project I think it's a great idea if you can get it to work. I'll watch the progression.

@@padi-instructor Thank you! But this is already a morally outdated model. But we can’t show new ones yet. Since we make them to order and the customer imposes restrictions on the disclosure of information. I really hope that this will change over time.

Thanks!

Unfortunately no. This frame was sent to the museum. And current developments are mostly classified. Perhaps in the future the situation will change and we will be able to show more new things that we do

Thank you!

Ceci est le premier échantillon. La suite ira mieux

This model was a test sample demonstrating the possibility of creating a heavy exoskeleton. it also worked out options for implementing the control system and ergonomics. Therefore, small and weak drives are installed on it, which are only enough to move the frame itself. At that time, even this model had an exorbitant cost in terms of components, and we simply could not pull more financially. So, alas, high-power tests on it were never planned

Thank you very much. We are glad that you are still with us.

Спасибо)

Thanks!

Thank you. Yes, the progress is very interesting.

Thank you!

🤣🤣🤣

Thank you. The music was written by ourselves. With someone else's music RUclips banned the video

Shoulders are a very complex part of all such systems. Because there are a lot of degrees of freedom that are difficult to implement.

The aquarium pump has a pressure of no more than 2 atmospheres, and a capacity of no more than 2 liters of air per minute. With a minimum for an active pneumatic system of 5 atmospheres and 75 liters per minute

🙂

Not exactly in the army, but in a related field - yes

You have to write your own music. Since RUclips bans videos for someone else's

@@nomadcontrafact6305 really? sounds cool

@@Gabriel-kamov-52 Thanks:-)

Thanks

Thought about it. But such a system would have several drawbacks. First, its complexity will increase. Secondly, it will resist movement. Thirdly, it will give too little benefit. The disadvantages outweighed the advantages, and it was decided to abandon this in this model.

Yes, you are right, there is still not enough inner soft layer. Not only in the helmet, but in general in the whole frame

Somewhere ready-made ball joints were used. Somewhere homemade on bushings. I'm not sure that Google will correctly translate technical terms

ok but I have a question about the joint of an arm of a lamp and I use it to make an arm, could it work? or maybe?

@@Tanquistawaffenk948 Do you mean the connection of the shoulder and arm? If yes, then several ball joints are used there. One at the connection of the shoulder pad with the body, and one at the connection of the shoulder pad with the arm

@@nomadcontrafact6305 Great thank you I had that question thank you very much yes I mean that

У нас на рынке продавался такой профиль. Теперь его и у нас нет.

🙂

Ninguna. Solo prueba y error

Gracias. Desafortunadamente, la profesión no tiene nada que ver con la ingeniería. Todo es pura ilusión.

I don't think it will be soon

It's pneumatic, not hydraulic. And its advantage in compressibility. That is, if something jams, then it will be possible to squeeze the drives (or just relieve pressure) and at least somehow move. If the electric drive fails, the operator will be locked in the frame

@@nomadcontrafact6305 true, but iirc there must be a way to release servos because all government and military industrial prototypes use pancake servos

@@tomboysupremacist It's more fun to try something else. It is necessary to use all possible options and compare them. On the electric drive, we also have a test prototype being created. I also want to try hydraulics and internal combustion engines. Hydraulic drives have already been even partially purchased

@@nomadcontrafact6305 I'm attempting a servo-based approach, which I believe is most efficient for a suit not running on shore power. For a power source I would recommend a FusionFlight microturbine generator as your engine. Small, efficient and provides more than enough power if you can get your hands on one

@@tomboysupremacist Excellent. The more people trying different approaches, the better. No one alone can not try all the options - it's too long and expensive. When you start to try - share the results🙂