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Originally posted by astral_ice
He's got a site up
www.neogentronyx.com
What I really want to know is how he plans on doing the control system. I mean I didn't see a protoculture generator or neurohelmet and 3 ton gyro mentioned anywhere in the article. Even on the site he is sketchy citing a concern about someone copying his control system.
Originally posted by ShadowXIX
I brought this up at a Robotics forum and people seem to think it can be done but will not be easy.Using hydraulics the speed will be akin to Robosaurus (the big thing that rips cars apart)
At that speed dynamic balance is will not attained nor will the reaction be fast enough to compensate for terrain changes. If they do manage static balance they may well succeed in a very slow walk.
One thing for sure such a massive creature will be dangerous if it works right or not.
Also, as far as the balance on a two-legged walker goes, either he's going to have to install a massive gyroscopic unit, or increase the size of the feet to provide an inherent stability. Otherwise, that thing is just going to fall over the first time he tries to move it. I just hope he thinks ahead far enough to have a forklift or migh-capacity winch on site when he tests it to make sure he can get out of it when it falls.
Originally posted by obsidian468
Firstly, if this were my first project in robotics, I'd start with a small prototype (maybe a foot or two tall
Originally posted by ShadowXIX
[Thats exactly what I would do even if I was a expert in robotics. I would take a long hard look at what the Japanese and Koreans are doing with the Robo One robots. They are having some very impressive results in humanoid designs and not spending millions while doing it.
Originally posted by ben91069
Actually, it isn't necessary to have a large gyro. It is true a large gyro with enough mass can keep something stable, but a small gyro used just to measure changes in trajectory and force can be coupled with a computer assisted hyrdaulic system to counter the instability. An onboard computer with a map of the limits of the center of gravity could get feedback from a small gyro on how much momentum the appendages register along with the user input to keep both feet planted and the whole thing balanced.