If I may....what about adding a small air tank reservoir to the pump? As to keep a steady constant pressure and having the pump work in segments. If you could calculate how much air is expended over lets say 10 meters, maybe it solves the lifespan of the battery?
That's right, such a compressor will not be able to immediately create the required pressure, so the system has a small homemade receiver. It can be seen on the thigh of the right leg. The compressor only maintains the pressure in it, and the air flow rate depends on the speed of walking. At this stage, this compressor was enough to walk, and running quickly wasted air. In future models, more powerful compressors are used, which allowed running (like on the Mark-4M for example). But they also require more energy. So you have to either increase the number of batteries and use a different type of battery, or think about alternative methods. Which are already in theory, it remains only to implement them in practice. Ideally, you still need to create your own compressor, but this is still beyond our capabilities:-)
@@nomadcontrafact6305 Interesting insight....Regarding the tanks, salvage a CO2 canister for drinkmachines and have it placed on the back? And well, this might be a wasted idea, but here goes; Thermoelectric generator. (en.wikipedia.org/wiki/Thermoelectric_generator) That is, a small gasburner OR if you use a CPU that controls the electrics generate heat enough to recharge the batteries on the go, like a closed electric circuit similar to an engine - as long as it spins it generates enough for it to run. here's how you can make one yourself - ruclips.net/video/xaT2hqHgLdY/видео.html
@@Doc_89 Experiments with pneumatics have revealed its extreme unreliability at high pressures. Some of our colleagues had explosions. So I would not recommend refilling high pressure cylinders. Out of concern for the safety of the operator. Therefore, we are experimenting with various alternative drive methods and filling rates of receivers.
This prototype is not. Since it was made for only one leg, but we tested other models, with 2 legs, and there, yes, it feels easier to run. True, they didn't measure it on purpose
Nice, im just asking bcs im thinking on building smth like that myself but im thinking of building suit capable of duscharging electricity, and to be able to protect myself from that high electricity. Im well aware the potential of hurting myself in the proces of testing and building it but ill build few prototypes before i test it on me
Фантастика! вот могут же люди такое изобретать!!! 🦾
Спасибо:-)
What kind of battery is powering the air compressor and how long does it usually last?
For this test, we used a scooter battery. If I remember correctly 12V 20Ah. It lasts 15-20 minutes.
If I may....what about adding a small air tank reservoir to the pump?
As to keep a steady constant pressure and having the pump work in segments. If you could calculate how much air is expended over lets say 10 meters, maybe it solves the lifespan of the battery?
That's right, such a compressor will not be able to immediately create the required pressure, so the system has a small homemade receiver. It can be seen on the thigh of the right leg. The compressor only maintains the pressure in it, and the air flow rate depends on the speed of walking. At this stage, this compressor was enough to walk, and running quickly wasted air. In future models, more powerful compressors are used, which allowed running (like on the Mark-4M for example). But they also require more energy. So you have to either increase the number of batteries and use a different type of battery, or think about alternative methods. Which are already in theory, it remains only to implement them in practice. Ideally, you still need to create your own compressor, but this is still beyond our capabilities:-)
@@nomadcontrafact6305 Interesting insight....Regarding the tanks, salvage a CO2 canister for drinkmachines and have it placed on the back?
And well, this might be a wasted idea, but here goes; Thermoelectric generator. (en.wikipedia.org/wiki/Thermoelectric_generator)
That is, a small gasburner OR if you use a CPU that controls the electrics generate heat enough to recharge the batteries on the go, like a closed electric circuit similar to an engine - as long as it spins it generates enough for it to run.
here's how you can make one yourself - ruclips.net/video/xaT2hqHgLdY/видео.html
@@Doc_89 Experiments with pneumatics have revealed its extreme unreliability at high pressures. Some of our colleagues had explosions. So I would not recommend refilling high pressure cylinders. Out of concern for the safety of the operator. Therefore, we are experimenting with various alternative drive methods and filling rates of receivers.
Круто👍👍
Особенно забеги по деревне выглядят забавно:) Stalker 2 😎✌️
Does it increase jumping height or moving speed
This prototype is not. Since it was made for only one leg, but we tested other models, with 2 legs, and there, yes, it feels easier to run. True, they didn't measure it on purpose
Nice, im just asking bcs im thinking on building smth like that myself but im thinking of building suit capable of duscharging electricity, and to be able to protect myself from that high electricity. Im well aware the potential of hurting myself in the proces of testing and building it but ill build few prototypes before i test it on me
@@karlohunjak1331 In principle, this can be done. I will hope you succeed
I hope so too cuz if i dont
well⚡💀
Одобрено Терлом или Терл одобрен вами?
Хороший вопрос, надо будет у него спросить)
nice
Thank you
Julius moment
:-)
Странно, что военные такое ещё не используют
На самом деле у них есть наш прототип, но похоже планы были несколько другие, это как с ратником каждый год одно и то же, по факту ничего нового.
Сколково нужно явно разгонять
Как без чубайса то?)))