exoskeleton
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ReWalk exoskeleton on sale in January, for a price you can't afford
We've had our eyes on Argo Medical Technologies' ReWalk for a couple years, ever since the exoskeleton walked into view with a gait (and a sound) eerily reminiscent of RoboCop's. The device weighs seven pounds and features two leg braces with motorized joints and motion sensors, a harness, and a backpack for holding the computer that controls the device and a battery that should last a good three-and-a-half hours. In addition to giving paraplegics the ability to walk, this bad boy can be used to treat the health complications of those who cannot walk on their own, including digestive, cardiovascular, and circulatory issues. After clinical trials in the US and Israel, the device is due to go on sale to rehab centers worldwide this January. The cost for one will be in the $100,000 mark.
Lockheed Martin begins laboratory testing of HULC robotic exoskeleton
We already knew that it was ready for testing, and Lockheed Martin has now announced that it has finally begun laboratory tests of its HULC robotic exoskeleton. The testing follows a number of improvements made to the exoskeleton that increased its reliability and performance, including some new environmental sealing that provides additional protection from natural elements and battlefield hazards, and some refinements to the HULC's form and fit that promise to let its wearer adapt to it in less time. While complete details on the testing itself is obviously a bit light, Lockheed Martin says that it will "validate the ruggedized system's capabilities and reliability in a variety of simulated battlefield conditions" -- think Laser Tag with robot legs (at least we will). Head past the break for the full press release, and look for the next milestone to happen sometime next year, when it's expected to see some actual use in the field.
Panasonic's Power Loader Light slims down, stays out of fights with aliens
Panasonic's full-size Power Loader exoskeleton certainly has its place, but there are times when giant freaking robots arms might be considered overkill. Thankfully, Panasonic (or more specifically, its Activelink subsidiary) has considered such situations, and has now come out with its streamlined Power Loader Light (or PLL). As you can see, this model eschews the robot arms altogether, but it makes use of the same direct force feedback system that's able to predict your leg movements and increase your leg strength by up 40 kilograms. Of course, even the Light version is still a bit out of reach for everyday use -- it will initially cost around $223,000, but Panasonic is offering a grant program to potential developers that would cut the price in half.
Berkeley Bionics reveals eLEGS exoskeleton, aims to help paraplegics walk in 2011 (update: eyes-on and video)
Wondering where you've heard of Berkeley Bionics before? These are the same whiz-kids who produced the HULC exoskeleton in mid-2008, and now they're back with a far more ambitious effort. Announced just moments ago in San Francisco, the eLEGS exoskeleton is a bionic device engineered to help paraplegics stand up and walk on their own. It's hailed as a "wearable, artificially intelligent, bionic device," and it's expected to help out within the hospital, at home and elsewhere in this wild, wild place we call Earth. Initially, the device will be offered to rehabilitation centers for use under medical supervision, and can be adjusted to fit most people between 5'2" and 6'4" (and weighing 220 pounds or less) in a matter of minutes. We're told that the device provides "unprecedented knee flexion," and it's also fairly quiet in operation; under ideal circumstances, speeds of up to 2MPH can be attained, and it employs a gesture-based human-machine interface that relies on legions of sensors to determine a user's intentions and act accordingly. Clinical trials are going on as we speak about to begin, and there's a limited release planned for the second half of 2011. We're still waiting to hear back on a price, so keep it locked for more as we get it live from the event. Update: We just got to see the eLEGS walk across stage, and you'll find a gallery full of close-up pics immediately below. We also spoke to Berkeley Bionics CEO Eythor Bender, who detailed the system a bit more -- it's presently made of steel and carbon fiber with lithium-ion battery packs, weighs 45 pounds, and has enough juice to run for six hours of continuous walking. While he wouldn't give us an exact price, he said they're shooting for $100,000, and will be "very competitive" with other devices on the market. Following clinical trials, the exoskeleton will be available to select medical centers in July or August, though Bender also said the company's also working on a streamlined commercial version for all-day use, tentatively slated for 2013. %Gallery-104553%
Kid's Walker fulfills your child's dream of piloting a kickass robot suit (video)
Four years ago Sakakibara Kikai brought us a $300,000 real-life BattleMech, and the company hasn't sat idle since then -- last December, it put the final touches on a significantly smaller exoskeleton designed specifically for children. The Kid's Walker stands just over five feet tall and weighs four hundred pounds, and though the gasoline-powered creature doesn't exactly walk, its wheeled feet definitely stroll around. The Japanese company told Gizmag the suit isn't presently for sale -- just rentals for now -- but would probably cost about 1.8 million yen (around $21,600) should it come to market. If you ask us, that's a small price to pay; everyone knows it's always the young mecha pilots that end up saving the world. Video after the break.
Raytheon's Sarcos XOS 2 military exoskeleton just does the heavy lifting -- for now
Raytheon's XOS 2 has a right hook that can rip straight through a wall, but Dr. Fraser Smith assures us that death-dealing variants are still a good ways off. We caught up with the good doctor earlier today, who's been working on the military-grade exoskeleton for eight years, and quizzed him on the hows and whys of building a would-be Iron Man. Find out what we learned after the break, and see the mean machine in our gallery below!
Raytheon revamps Sarcos exoskeleton, creates better, faster and stronger XOS 2 (video)
When we first laid eyes on the Sarcos XOS military exoskeleton three years ago, its sheer power and dexterity left us in awe... but as you can see immediately above, that wasn't enough for Raytheon. Today, the defense contractor's unveiling the XOS 2, a lighter, stronger robotic suit that uses 50 percent less power for dropping and giving us several hundred pushups. Video and a press release after the break don't specify the suit's military duties (they're focused on instilling the notion that the XOS 2 is a real-life Iron Man) but we can definitely imagine these causing some serious damage if Hammer Industries decided to weaponize that high-pressure hydraulic frame. Update: We previously stated that the suit didn't need to be tethered to a power source for operation, but that information was incorrect. [Thanks, SmoothMarx]
Visualized: GE's exoskeleton from a heavy metal past-future
Sure, plastic is light, durable, and easy to mold, but there's something so raw and medieval about a metal exoskeleton -- built long before anyone could call it steampunk -- that it makes us want to strap on our hard hat, hop in the Engadg-O-Matic Time Machine, and travel back to a bulkier past where we could give this big guy a painful hug. Check the source link for all sorts of adorable / frightening prototype illustrations of General Electric's army-commissioned "Hardiman force amplifying exoskeleton" from 1967, and feel free to drift off to happier times in the process. Just come back at some point, cool?
HULC exo-skeleton ready for testing, set to hit the ground running next year (video)
Its lack of jetpacks means Heinlein's visions of future warfare have still not come to pass, but we're getting closer with word that Lockheed Martin's Human Universal Load Carrier (HULC) exoskeleton is ready for military testing. Since last we heard of the thing it's been "ruggedized" and made a little more battle-hardy, able to carry 200lbs plus its own 53lb heft without burdening the doughy soldier inside, demonstrated after the break. It supports the cargo plus its own weight through articulated rods that follow the legs to the ground, meaning grunts can haul heavy equipment to the battle and arrive feeling refreshed. Next up for the suit is eight weeks of military trials ahead of hitting the battlefield sometime next year. Hooah, future robo-jockeys.
Rex, the robotic exoskeleton, aims to make wheelchairs obsolete
New Zealand isn't exactly known for being a hotbed of tech innovation, but this set of bionic legs might just realign that perception a little bit. The product of seven years of development work, the Rex exoskeleton is capable of supporting the full weight of a person -- making it suitable for paraplegics -- and moving him or her around in a familiar bipedal fashion. It's operated using a joystick and control pad and is simple enough for handicapped users to self-transfer in and out of. The best news, perhaps, is that it's about to go on sale in its home country this year, with an international launch following in 2011. The worst news? Probably the $150,000 (US) initial asking price, but then we'd hardly say we're qualified to judge the value of being able to walk again. Video and full press release after the break. [Thanks, Kurt and Simon]
Protonex fuel-cell batteries to power HULC exoskeleton for three solid days
We're selfishly daydreaming of how we could use something like this at the next CES, but chances are that Lockheed Martin is really only fixated on boosting its bottom line by assisting the US military. The company's HULC exoskeleton, which was originally introduced by Berkeley Bionics in 2008, is seeing a significant upgrade this week courtesy of a fuel-cell power pack from Protonex. The goal? To strap a new, more potent battery onto the Human Universal Load Carrier that will support 72+ hour extended missions. Soldiers tend to carry around a lot more gadgetry now, all of which requires more and more power; with this pack, the men and women in the field could carry fewer conventional batteries while seeing an overall boost in available juice. There's no mention of when exactly this stuff will be rolled out en masse, but that's a detail you'll probably never know, anyway.
Video: Power Loader has giant freaking robot arms!
We've seen our fair share of useful but ugly and pretty but pointless robotic concoctions, but nothing quite like this. The Power Loader suit, which was directly inspired by the mech outfits in Aliens, is in our humble opinion an exoskeleton done right. With two massive protruding arms, capable of lifting 220 pounds without a sweat, direct force feedback for intuitive control, and even powered legs, we're inclined to believe what we're seeing here is a tiny glimpse of the awesome mech-dominated future we've been waiting so long for. Also known as the Dual-Arm Power Amplification Robot, this is produced by Activelink, a Panasonic subsidiary, and you might be shocked to discover that there are plans afoot to commercialize it by 2015. Entrancing video after the break.
Cyberdyne said to be mass producing $4,200 HAL robotic suit
Years after the HAL (Hybrid Assistive Limb) suit first debuted, it seems that Cyberdyne's pride and joy is about to get really real. According to a report over at HPlus Magazine, the company is linking up with Daiwa House in order to "begin mass production" of the cybernetic bodysuit. You already know what it does -- inflates the ego, boosts your strength and scores you loads of nerd dates -- but here's the crucial part: $4,200. Of course, there's no hard date on when the first of the 400 annual units produced will be made available, but we'd probably get up with someone about a pre-order if you're serious about going bionic.[Thanks, Phil]
New robotic exoskeleton aims to help farmers combat age, mutant plants
Well, it looks like there's been yet another development in the exoskeleton arms race between the US and Japan, with this latest entrant from the Tokyo University of Agriculture and Technology promising to help farmers and gardeners deal better with old age and increasingly unwieldy crops. This one weighs in at a somewhat hefty 55 pounds but, like most such exoskeletons, it's able to offload most of its own weight thanks to the use of eight motors and 16 sensors, which also, of course, help to give its wearer some super-strength. Better still, the researchers say the suit could be available in as soon as three years, and cost somewhere between $5,000 and $10,000.[Via Engadget German]
Honda introduces new walking assist machine, doubles as bionic wedgie maker
For a company most famous for its wheeled products, Honda certainly seems quite focused on things to help people get about on their own two feet, introducing another new prototype machine with just that in mind. Unlike the earlier Walking Assist Device, which is intended just to help patients re-learn how to walk, the new (and cunningly named) Walking Assist Device with Bodyweight Support System is for anyone who needs a lift -- even those who are perfectly healthy. To use it you basically straddle a bicycle seat with robotic legs, tie it to your shoes, and then (gingerly) go about your business, uncomfortably demonstrated in a video after the break. The legs support your body when you crouch and give little tugs on your feet when you walk, making bipedal mobility less of a strain. A Honda engineer said "It reduces stress, and you should feel less tired." Less tired, yes, and less exercised too. We envision a future where spindly robotic legs shudder under the weight of our grossly obese frames -- but maybe we've seen Wall-E too many times.[Via Associated Press]
Video: ReWalk exoskeleton helps paraplegics walk
ARGO Medical Technologies' ReWalk has been out a few months now, but it's tough to really appreciate what this thing can do unless you see a patient utilize one on video. Hailed as a "quasi-robotic ambulation system," the wearable device was specifically created to assist those with lower-limb disabilities and give them back upright mobility. In the video waiting in the read link, one particular individual relies on the ReWalk to stand up and move about after being stricken to a wheelchair for 20 years -- no need to take our word for it, though, real live proof is but a click away.[Via MedGadget]
Original Project Grizzly suit being auctioned off
Troy Hurtubise has certainly auctioned off a few grizzly fighting suits before (not to mention the Halo-inspired Trojan), but this is likely your one and only shot at procuring the original Project Grizzly Mk VI suit worn by Troy himself in the generally unknown cult classic Project Grizzly. The suit is being offered to the highest bidder as the Grizzly Proof exhibit in Toronto shuts down, and while the starting bid sits at $500, it'll take upwards of 40 grand before Mr. Hurtubise's debts associated with the suit are cleared. C'mon, you know that's all the reason you need to throw your hat into the ring.[Thanks, Cantraider]
Honda's Walking Assist Device beginning medical testing
Honda's been busy showing off its Walking Assist Device at trade shows and whatnot for some time now, but it looks like it's now finally getting down to some actual trials of the contraption, with it set to begin some collaborative testing with the Shinseikai Medical Group at Kasumigaseki-Minami Hospital tomorrow. They will reportedly be using the device in rehabilitation training to help people learn to walk again, during which time the "compatibility and effectiveness" will be evaluated. In case you missed it, the Walking Assist Device uses some of the same technology that Honda originally developed for its ASIMO robot, including an array of sensors and motors that promise to keep the wearer upright and, eventually, give them a fighting chance against the machines.
Berkeley Bionics' HULC exoskeleton lets you effortlessly carry 200lbs
Sorry, but squats are so 20th Century. Instead, strap on the HULC -- Human Universal Load Carrier -- exoskeleton and effortlessly carry an extra 200lbs. HULC not only increases your human payload, but it also "decreases [your] metabolic cost". In other words, it seems Berkeley Bionics developed this thing for extremely lazy people, those who lose their breath easily, or for those on what they call "long duration missions". This is no joke, though -- the company is taking orders for the suit already.[Via Switched]
Honda to show off experimental "walking assist device"
It's far from the only strength-boosting exoskeleton out there, but Honda's so-called "walking assist device" is one of the few that you can actually take for a test spin -- if you happen to be attending the Barrier Free 2008 trade show in Osaka, Japan next week, that is. Apparently employing some of the same technology developed by Honda for its ASIMO robot, the walking assistant is able to obtain information from hip angle sensors to help keep its wearer upright, with the device's motors also able to increase the wearer's natural stride. That, Honda says, should make the device ideal for the elderly or those with weakened leg muscles, although we're sure they could find at least a few other buyers if it ever actually hits the market at a reasonable price. [Via Autoblog]
