They're also taking preorders on their site with no indication of when they will ship. Its also worrying that I can't find a video of anyone but them using one. So how do we know it even works? These guys could just be good athletes running around with a plastic band. Is there any research available on this thing?

There are dozens of mobility assistance devices designed for the injured or disabled we need more devices like this one designed for able bodied individuals who want to be more and do more

Heard it's a 10Wh battery so really depends on how much work it's putting out and how efficient the servos will be in the final product. No way to tell really

It's available for pre-order now for May/June delivery, I'm looking to buy it for my MS.

Has its applications. Many people have weak/atrophied muscles covering otherwise healthy bones and joints. Even then, it can distribute the impact over the hip and lower leg instead of just the knees.

@@ricksaburai aplicar força complementar é uma coisa, mas prometer 1 cavalo de potência é foda, não tem perna q aguenta. Se fosse pra colocar em termos práticos, o vídeo deveria ter sido feito com um idoso ou algo do tipo. Outro problema que eu vejo é: como que se dá a integração entre o movimento e a intenção do usuário, como que a máquina vai aplicar alguma coisa se aparentemente ela não "lê" a intenção do usuário?

@@ricksaburai My Wife has Vasculitis and the disease caused nerve damage and loss of muscle tissue in her lower legs and arms. This device could be of great help and improve her quality of life.

So I am not an engineer by any means. I am a medical doctor. There are few things I see going on. First is that the machine follows the insertion of some key muscle groups to help provide an oppositional force. And while the device is not connected to the ground, your body is. I see there is a torque or torsion motion originating at the mid back. This causes a lifting/ pulling force on the raised leg and a lower/pushing force on the leg that is on the ground. For this to be efficient it would have to auto detect which leg is in contact with the ground. It actually a very smart but simple way of implementing an exoskeleton.

​@@dneira29here is an AI program installed in the exosquelletion, it help to predict movement and detect them

Hi there, We develop this product mainly for outdoor trips. But we didn't make research on leg injury cases for medical use. It's hard to evaluate how helpful for your case. Please consider carefully before purchasing.

why not use an electric mountain bike if you cant peddle?

@@kentdtran the thing is, you don’t always want to ride an electric mountain bike. They are fun to ride once in a while, but then you have to store two bikes in your garage. It would be awesome to just put on some power assist legs, and have a relaxing ride with less effort, once in a while.

Less effort, less weight loss

You can lose weight. It's about calories, not about exercise, but if you use this it will probably be harder tho :(

🙌🙌

Pode até exercer, mas aí o próprio corpo sofreria com as forças de reação, correndo risco de fraturas acontecerem. Tá com muita cara de fr4ude isso tudo. Não colocaria um centavo nisso, pelo menos não sem um objeto que aplique a força diretamente no chão.

​@@dj7oya Funciona mesmo! Possuo um dos protótipos! 🙏😉

​@@Higornb7 kkkkkkk cala a boca kid idiotaa😂