A Moldovan-American master designer and a Korean robotics company have teamed up to build a giant, 13-foot tall walking mech suit robot that looks like it's just lumbered off the set of Avatar. With fully articulating arms that mimic the pilot's movements, there's more than a touch of the jaeger robots from Pacific Rim in there, too.
You probably don't know Vitaly Bulgarov's name – but you've almost certainly seen his work before. His highly technical, futuristic robot designs have been a key part of recent Terminator, Robocop and Transformers movies, as well as Starcraft and World of Warcraft games.
Now, working with a newly formed company called Korea Future Technology, he's bringing one of his eye-popping designs into real life. Method-1 is a gigantic mech suit standing 13 feet tall, and as well as looking like it's straight out of a video game, it's actually designed to be functional.
The pilot sits in a glassed-in cockpit holding a pair of arm controls, and the robot's arms follow the movements of the pilot's arms as he waves them around in the cockpit.
It's also capable of walking – at least, on flat surfaces – in forward and reverse. In terms of a power source, Method-1 is tethered with a power cable at the moment, as well as hooked to a moving girder on the roof to prevent it from falling over.
Bulgarov says the robot's short-term use cases include industrial indoor applications where tethers won't cause a problem. Another short-term application will see the torso and arms mounted on a wheeled platform with a built-in power source, and this one's slated for clean-up and restoration work at the Fukushima disaster site in Japan.
We're looking forward to speaking with Bulgarov soon, stay tuned for more information – and check out the gallery for a bunch of detail photos.
Source: Vitaly Bulgarov
All this being said, it is an incredible feat of engineering and technology. Obviously these are early days for robots and machines like these. We need breakthroughs in energy storage to really make these things feasible. And artificial muscles that contract when current is applied instead of all these heavy motors, pulleys and belts. For industrial uses maybe. But as far as exoskeletons goes (I know this is NOT one or supposed to be one) it will need to be much lighter weight and mimic natural muscles more.
DreadUK good one!