Army to Evaluate HULC Robotic Load Bearing Exoskeleton

The Army has given Lockheed Martin $1.1 million (which, let’s admit, is peanuts) to test its “next generation HULC advanced robotic exoskeleton“; basically a really, really expensive load-bearing, wearable harness. The idea is that HULC transfers a trooper’s heavy load from the legs and back to the exoskeleton which then provides a power assist up inclines. As the LockMart press release says:

“HULC is designed to transfer the weight from heavy loads to the ground through the robotic legs of the lower-body exoskeleton, taking the weight off of the operator. An advanced onboard micro-computer ensures the exoskeleton moves in concert with the operator. HULC is an un-tethered, battery powered, hydraulic-actuated anthropomorphic exoskeleton capable of performing deep squats, crawls and upper-body lifting with minimal human exertion.”

I want to see somebody develop that wicked Power Loader exoskeleton Sigourney Weaver climbs in to do battle with the alien queen in Aliens; perhaps the HULC is a step in the right direction. “Why don’t you put her in charge!”

— Greg Grant

12 Comments on "Army to Evaluate HULC Robotic Load Bearing Exoskeleton"

  1. Sounds like a good concept except for the cost and it looks a bit bulky and uncomfortable.

  2. HULK Like HULC concept

  3. It strikes me that this would be used by logistics support troops in the rear areas first (loading/unloading trucks, for instance), and perhaps as the technology develops (and the power supply is THE problem) it would migrate towards the front lines…

  4. Hey Greg, turn that Power Loader exoskeleton into the one they used in Avatar for offensive
    capability.

  5. Well, the technology has to start somewhere. One of the future soldier concepts years ago showed a mockup of what a more "soldier-proof" system might look like.

  6. I agree with some of the previous comments, the only thing vs back the potential of the hulc is it power supply. Battery technology is woefully behind the advancements made in technology. Anyone with a smartphone knows what I’m talking about. And that’s just in terms of mobile networking, and advanced operating systems and hardware to match.

    Add in hydraulics, electric motors, and other required hardware I know Im leaving out and you see its limitations…. right now that is.

    This powered exoskeletons have much potential indeed.

  7. Check out what two kiwis did at Physorg! Publicly shown by a paraplegic!

  8. What happens if you take a round through the processor unit? Nothing good, I'm thinking.

  9. just noticed one thing. the soldier is forced to carry his pistol in a crossdraw, almost chest mounted position instead of a regular thigh holster because the exoskeleton gets in the way.

  10. Question: what ever happened to the XOS? remember that full body exoskeleton.. with the big power cable lol. mabye thats used for logistics and hulc for front lines? also with all the new talk of electric vehicals and electronics on the current vehicals couldnt the hulc (and nett warrior or land warrior or what ever theyre calling it now) just plug into a vehical to charge? how bout the lsss robot from darpa because i might as well thow that into this question
    anyone got answers, thanks

  11. Philippe Geril | July 19, 2010 at 7:36 am | Reply

    One of the things not discussed is the fact that as the whole thing runs on a microprocessor, what the chances are of jamming the system and creating a static soldier strapped to his exoskeleton open to enemy fire.

  12. One question: do the hydraulics still whine?

    I found an unedited youtube clip of a guy in a HULC walking past the camera some months back. The noise was unacceptable for combat operations.

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