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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]
DARPA-funded prosthetic arm reaches phase three, would-be cyborgs celebrate
Last we heard from Johns Hopkins University's Applied Physics Laboratory, it wanted a neurally-controlled bionic arm by 2009. Needless to say, the school overshot that goal by a tiny bit, and have now been beaten (twice) to the punch. But DARPA sees $34.5 million worth of promise in their third and final prototype, which will enable the nine pound kit (with 22 degrees of freedom and sensory feedback) to begin clinical trials. Rechristened the Modular Prosthetic Limb, it will be grafted onto as many as five real, live persons, the first within the year. Using the targeted muscle reinnervation technique pioneered at the Rehabilitation Institute of Chicago, patients will control these arms directly with their thoughts, and for their sakes and the fate of humanity, hopefully not the other way around. Press release after the break.
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]
Engadget test-drives Festo AirMotion Ride, humiliates self (video)
Festo may've already stirred up plenty of attention with its mesmerizing AirPenguin blimp, but let's not forget its other weapon -- fluidic muscles (elastomer tubes that contract when filled with fluid). At The Gadget Show Live in the UK, this German company was also showing off its AirMotion Ride car-racing simulator -- essentially a driver's seat suspended from just six fluidic muscles for the six degrees of freedom, while sound and vision are handled by its 5.1 surround sound speakers and a projector. The company claims that each of these lightweight muscles can generate forces of up to 1,600N, and since there are no mechanical parts inside, they make an ideal replacement for conventional hydraulic plungers as used on Force Dynamics' and Motion-Sim's simulators. You can see Festo's machine in action after the break, but promise us that you won't judge our driving ability.%Gallery-90032%
Festo's flying AirPenguin robot induces daydreaming beyond the sea (video)
Penguins. Such graceful creatures. Mommy never told us why these birds don't fly, but here's proof that this won't be a concern for our little 'uns. What you're looking at is the Festo AirPenguin's rare appearance outside its German labs -- the Gotengo-esque airship is at The Gadget Show Live in Birmingham, UK this week. Sure, this baby's a bit old, but being up close and personal with it is way more sensational than watching the mere 40-second-long segment from last time, and at least we now know it's the real deal. Video after the break.%Gallery-89964%
Australian researchers unveil bionic eye prototype, implants coming in 2013
We've been hearing about things like bionic eyeballs -- specifically cameras which are implantable into human eyes -- for quite some time now. But it looks like Bionic Vision Australia has actually developed a real, working prototype. BVA, along with researchers at the University of New South Wales, have shown off their advanced prototype of the "eye," which boasts a pair of glasses mounted with a camera, a pocket-mounted CPU, and a wireless electrode chip which must be surgically implanted in the eye. The electrode chip has 98 electrodes which stimulates cells on the optical nerve, resulting in improved vision for those with vision problems resulting from optical nerve problems. Clinical trials are scheduled to begin later this year in Melbourne, with the hope that actual patients will be treated sometime in 2013. Kudos! The full press release is after the break.
BeBionic teases advanced bionic hand, Terminator 5 now has a prop supplier (video)
It won't officially launch until May, but we're already guessing that the folks over at DaVinci are casting quizzical glances towards BeBionic. The UK-based outfit is teasing what it calls the "next generation of fully articulated myo-electric hands," which are said to provide "a range of naturally compliant grip patterns that provide repeatable accuracy" to those who have lost their own hand(s). Better still, the functions (speed, grip force, grip patterns, etc.) can be customized to suit each individual user, and the integrated wireless chip means that said tweaking can take place sans any troubling USB cables. The company's also planning to reveal the planet's first powered wrist with rotation capabilities as well as flexion / extension, and the range just wouldn't be complete without silicone skin available in 19 tones. Hop on past the break for a couple of promo videos -- we get the feeling the world of prosthetics is about to take a huge leap forward.
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.
Invetech 3D bio-printer is ready for production, promises 'tissue on demand'
Say hello to "the world's first production model 3D bio-printer." What you're looking at is a machine capable of arranging human cells and artificial scaffolds into complex three-dimensional structures, which result in such wonderful things as replacement liver and kidney tissue, or such simple niceties as artificially grown teeth. All we're told of the internal workings is that the bio-printer utilizes laser-calibrated print heads and that its design is the first to offer sufficiently wide flexibility of use to make the device viable. Organovo will be the company responsible for promoting the new hardware to research institutions, while at the same time trying to convince the world that it's not the fifth sign of the apocalypse. Maybe if the printer didn't have a menacing red button attached to it, we'd all be a little less freaked out by it.
Touch Bionics offers ProDigits for those missing their amateur ones
Touch Bionics has been at this bionic prosthetics business for a while now, already providing i-Limb solutions to those deprived of the use of their hands or arms. The company's latest innovation is to reduce all that tech down to the level of individual fingers, with its freshly announced ProDigits being able to replace anywhere between one and all of your precious little piggies. Relying on a traditional myoelectric regime -- which reacts to muscle signals from the residual hand -- or pressure from the remnant finger for its input, this invention can even be tweaked by doctors (over Bluetooth) to adjust the finer motor functions on a per patient basis. Costing up to £40,000 ($65,000), these new prosthetics will be custom-built for each person, and there are plans to apply to have them made available through national health insurance -- in countries that are into that sort of thing. Video after the break.
"Bionic" goose happy to have new leg, disappointed by lack of retractable laser cannon
Not wanting to let Betty the gosling goose meet an untimely fate, a UK vet outfitted the anatidae with a bionic leg, allegedly the first operation of its kind in the world (not counting Robot Chicken, of course). She's currently learning to walk again at nearby Tiggywinkles Wildlife Hospital at Buckinghamshire. Does she now possess super speed, the ability to make large vaults without using her wings, or a super powerful kick? All signs point to no, but a new lease on life has gotta count for something, right?
Festo shows off robot penguins and other visions of the future
The folks at Festo have already proven themselves to be more than adept some intoxicating, slightly unnerving feats of robotics, but they look to have really outdone themselves with their latest group of creations, which all fall under the banner of the company's Bionic Learning Network. While they're all certainly impressive, the real star is undoubtedly the AquaPenguin which, in addition to being creepily realistic, is fully autonomous and even able to outperform its real-life counterpart in a few tasks, like swimming backwards. Of course, Festo apparently couldn't help themselves and also built a flying, blimp-like AirPenguin, and they applied some of the same basic technology to a number of other devices, including a robot arm that's precise enough to change a lightbulb, and a freestanding interactive wall that's sure to spruce up any lobby. Hit up the YouTube link below for a video that provides a brief overview of the whole lot, or head on over to Festo's site for the even better German version (plus some additional details on the projects themselves).Read - YouTube, "Festo Bionic Learning Network 2009"Read - Festo[Thanks, Gunter]
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]
IBM patents bullet dodging bionic armor
Your science fiction fantasy may be coming a reality, if IBM has anything to say about it. The company was recently granted a patent for bionic body armor, originally filed last March, that's intended to bestow the wearer the power to dodge bullets. The device works by constantly emitting electromagnetic waves that bounce off any fast-moving projectiles, and it uses the data to calculate risky trajectories. If the object in question is determined to be a threat, muscle stimulators activate and cause the wearer's body to contort in such way to avoid being hit. It works under the idea that a sniper typically fires from a distance, given the armor time to detect the oncoming bullet and react accordingly. Check out an image of from IBM's filing after the break. Here's hoping it can detect lasers, too.[Via The Firearm Blog; thanks, Chris!]
Bionic lens to debut in the next half-decade
Professor James Wolffsohn from Aston University in the United Kingdom imagines that within the next decade, the cure to near- and farsightedness will not only exist, but will actually be within reach. While the underlying idea of replacing biological lenses with minty-fresh artificial ones isn't necessarily new (think cataract surgery), Wolffsohn's efforts will allow patients to focus both near and far, instead of just plain old, boring far. While the details on how the lenses work are a little scant (read non-existent), apparently eye muscles squeezing the "ultra-flexible" devices allow the actual focusing to occur. The professor has been working with opthology companies to commercialize the specs, and envisions the procedure costing less than £1,000 within the next five to ten years. Sounds good to us, because fancy new lenses or not, as people who stare at computer screens all day, the odds of us going under the laser at some point are a tad on the high side.
UK woman edges closer to becoming bionic woman
Eileen Brown doesn't have any full-fledged robotic phalanges or anything, but she is slowly but surely becoming what most would consider a bionic woman. Mrs. Brown has been suffering from rheumatoid arthritis since her 20s, and now that she's 49, countless operations have replaced every joint in her body with artificial alternatives save for her elbow and left hip -- the latter of which is set to be swapped out before the month's end. Currently, the determined dame lives with a lot of pain, but she refuses to let a few aches ruin her livelihood. In all honesty, the most amazing part of this isn't the ability of metal (enough to set off an airport detector) to hold a person together, it's the will to soldier on. Kudos, Eileen.[Via Digg]
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]
Researchers develop eye-implantable camera
Most of the bionic eye systems we've seen involve clunky glasses-cam headgear, but the implantable camera now being developed at UCLA does it straight Terminator-style and keeps your face unencumbered. The camera, which researcher Michelle Hauer and her team recently filed a patent for, is small enough to be implanted directly on the eye's lens, and feeds image data to a chip at the back of the eye, where it can either be fed into the optic nerve to aid the blind, or just into a portable hard drive to aid the creepy. Hauer says power will come from on an onboard battery, but we're more interested in the mention of "optical control signals" in the patent application -- and by "interested" we mean "terrified of a zombie android army."Read - NewScientist blurbRead - Patent application
Sarcos' military exoskeleton becomes a frightening reality
Have you been waiting for a legion of half-man, half-machine storm troopers to descend upon your city and blaze a round of hellfire in all general directions? If you said yes, that's kind of weird. At any rate, you can consider yourself one step closer to cyborg annihilation thanks to a company called Sarcos and its semi-scary exoskeleton -- which will make any regular old soldier into a Terminator-like killing machine (as far as we can tell). Sure, they demo the unit lifting heavy equipment and reducing fatigue of the user, but we know what this thing is really for -- and it doesn't involve food drops. Check the video after the break to have your mind shattered into a million delicious pieces.
