self-balancing

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  • Xiaomi brings Segway to the masses with $315 Ninebot mini

    by 
    Steve Dent
    Steve Dent
    10.19.2015

    We'd be throwing money at our screen right now, if we could. Chinese company Xiaomi has launched a small Segway device, the Ninebot mini, for a mere $315 (£203), on the same day it revealed a $790, 60-inch 4K TV. If you'll recall, Xiaomi is a major investor in Ninebot, the China-based company that recently purchased Segway. This is the first device the companies have launched since the acquisition, and while the self-balancing scooter looks a bit like the original, it costs less than a twentieth the price.

  • Segway is now a Chinese company thanks to Ninebot and Xiaomi

    by 
    Richard Lai
    Richard Lai
    04.15.2015

    Can't say we saw this coming, but Segway has just been fully acquired by a Chinese company called Ninebot, which also specializes in self-balancing human transporters. The irony here is that Segway actually accused its then competitor of IP infringement just a little over six months ago, according to Bloomberg. Unsurprisingly, as a three-year-old startup, Ninebot needed a little help from others with this purchase: the same event announced that Ninebot received an $80 million investment from Xiaomi -- who's got plenty of cash to play with -- plus three venture capital firms, but there was no mention of how much of that went towards said acquisition. What's also unclear is the future of the Segway brand, but it'll no doubt provide Xiaomi another gateway into the US market.

  • MIT scholar builds a self-balancing unicycle to roll fast and furious around campus (video)

    by 
    Edgar Alvarez
    Edgar Alvarez
    12.28.2011

    Sure, we've shown you the goofy SBU v2.0 unicycle, but what's better than a glorious DIY project? MIT student Stephan Boyer has built his own electrical uni-ride, which he's dubbing the "Bullet." The single-wheel transporter packs a custom MIG-welded steel body, two 7Ah 12-volt batteries, an ATmega328 chip and a 450-watt electric motor. While the Bullet isn't the speediest of solowheel demons (15mph max), it's on par with its $25,000 Ryno Motors counterpart. As far as power efficiency, the Bullet can go up to five miles on a single charge -- more than enough juice to hit a few classroom round-trips. There's some "Learning to Ride" tips from the creator himself at the source link, but in the meantime you can watch this unified purple rider in action after the break.

  • Ryno Motors self-balancing, single-wheeled scooter test ride

    by 
    Tim Stevens
    Tim Stevens
    11.02.2011

    We've had the opportunity to ride some crazy contraptions over the years here at Engadget, like the skateboard-cum-tank Shredder and the self-balancing two-seater from GM called the EN-V. Today we carry on that tradition with another thing that can keep itself -- and its occupant -- perched upright. It's called the Ryno, an all-electric single-wheeled scooter that looks like something Judge Dredd would throw a leg over before bringing justice to some nefarious evil-doers. It's the pet product of mechanical engineer Chris Hoffmann and, after five years of tinkering and development, it could be finally making its way into peoples' garages by next year. Join us for a wobbly first ride. %Gallery-136084%

  • Students build self-balancing TIPI robot, plan new world order (video)

    by 
    Sam Sheffer
    Sam Sheffer
    03.28.2011

    Remember this guy, the QB robot that was priced at a whopping 15 grand? Seemingly, the webcam wheeler inspired a team of young minds at the University of Waterloo, who've unleashed the DIY in themselves to build one of their own. TIPI, or Telepresence Interface by Pendulum Inversion, was designed to give humans the feeling that they're not actually talking to a six-foot tall cyclops cyborg with an LCD face and webcam eye, but rather, evoke the emotions drawn when speaking the old, conventional, face-to-face way. Thanks to this team of mechatronics engineers, the low-cost TIPI uses an accelerometer, gyro and pendulum to balance by itself and can be remotely controlled while communicating via its Beagle Board and Polulu Orangutan SVP brain. Head past the break to see the robot struttin' its stuff -- oh, and get ready to rave. You'll see what we mean.

  • Self-balancing Domo-kun WobblyBot looks drunk, won't tip over (video)

    by 
    Christopher Trout
    Christopher Trout
    03.10.2011

    He may look like he's had a few too many sake bombs, but this animated Japanese superstar is actually built to teeter about. The Domo-kun WobblyBot comes to us by way of Eastern Geek and uses a relatively simple pendulum, with the pivot situated at the axle, to keep the balancing bot from tipping over. As is the case with punching clowns, the bottom part of the WobblyBot is significantly heavier than the top, serving as a counterweight to maintain balance. It also sports DC Geared Motors and two D cells, and, as its creator points out, you can customize its shell to give your favorite cartoon character the tipsy treatment -- hyphy Hello Kitty anyone? Check out the source link to make a WobblyBot of your own, but only after having a laugh at the video just beneath the break.

  • Solowheel self-balancing unicycle is as easy to ride as it is to afford (video)

    by 
    Jacob Schulman
    Jacob Schulman
    02.15.2011

    If a company makes as bold a statement as "we reinvented the wheel" when introducing a gadget you know we've gotta check 'em out and see what the hubbub's about. Well, at the International Toy Fair in New York, Inventist has introduced its "Solowheel" product, which is essentially a self-balancing unicycle for personal mobility. We've seen similar products before, but the convenient carrying handle and lack of seat make it decidedly more portable than the competition. This $1,500 Segway-esque transporter uses gyroscopes to stay balanced, but places your legs on either side of a single central wheel. It's said to have a max speed of 12 miles per hour and a battery that should last for about 12 miles. We tried out the interesting device and found it entertaining, albeit quite a bit difficult. Getting started is the hardest part -- especially if you don't have anything to lean against -- but maintaining balance and still trying to lean your body to turn takes quite a bit of practice as well. That's right, there are no physical steering controls whatsoever and instead you use your body weight to control direction and speed. We could barely get going in our brief attempts on the device, but the rep on the floor was more skilled and made us realize we really need to build up our street cred. The whole concept is really a bit wild, and the company envisions people using these to do things like get to the train instead of on a bicycle or in a cab. We're not quite sure your average person is ready to slim down to one wheel in life just yet, but maybe in the future they will be. Still, as a toy it's most definitely intriguing, and you can see our horrid attempts at riding it in the video posted after the break or hit the more coverage link for another video of more skilled riders in action. %Gallery-116652%

  • Self-balancing Anybots QB now shipping, the future of telepresence is now (video)

    by 
    Tim Stevens
    Tim Stevens
    02.01.2011

    First they came for our telepresence, and we did not speak because we couldn't afford them. Then they came for our physical presence, and there was no one left to speak out for us. Yes, Anybots are coming, the self-balancing QB robot available for purchase and shipping now, but at $15,000 we're thinking not too many of you will be jumping on this bandwagon to start. As we saw in our hands-on in December the self-balancing bots enable you to be somewhere that you aren't, controlled through a simple web interface and enabling executives to remotely monitor and run over the toes of their peons toiling in the office while said execs sit comfortably at home. There's some footage of one of the bots in action below, which you'd better watch before one of them captures footage of you maintaining a state of inaction.

  • A look at BPG Motors amazing, transforming, self-balancing Uno (video)

    by 
    Tim Stevens
    Tim Stevens
    01.10.2011

    One thing we're learning at CES is that the future of transportation is, apparently, pretty weird looking. The EN-V or YikeBike not odd enough? Check out the Uno from BPG Motors, a tricycle that transforms into a self-balancing, two-wheeled... thing. It's gained a wheel since the last time we saw it, a front fork that folds in between the rear wheels and the whole thing starts balancing when you need to go through some tight spaces and then, when it's time to go faster (up to around 30 or 35mph) that wheel pivots out, the whole thing lowers, and away it goes. Unfortunately we weren't allowed to pivot the thing at the show, but we have a video of the transformation after the break along with a little walk-around of the thing. Trust us: you'll want to watch them both. %Gallery-113484%

  • Ewee-PT is how you say 'Segway' in German (video)

    by 
    Vlad Savov
    Vlad Savov
    07.29.2010

    Billed as "the Segway's little sister," this self-balancing electro scooter comes from a small German company called Ewee. The idea behind it is pretty simple: file down all the extraneous bits, keep the stuff that keeps you going, and presumably try to sell it to hardy macho types who like the barebones aesthetic. You accelerate by leaning forward and decelerate by doing the opposite, while steering is handled by a joystick (apparently "driving pleasure is gauranteed"). We're not sure how much trust we're willing to invest in either the company or its product, but exclusive retailer fun-components does have it ready for pre-order today, so if you're feeling adventurous with your €799 ($1,039), feel free to pay their site a visit. The rest of us are going after the break to watch the video.

  • Toshiba's Wheelie robot carries your dinner, doesn't do burnouts (video)

    by 
    Tim Stevens
    Tim Stevens
    03.12.2010

    Lazy humans, your dream has come true: a robot that could carry food and drink from the kitchen straight to your couch-borne position without you having to get up. It's the Toshiba Wheelie, a balancing bot that zips around on two wheels like an autonomous Segway, but with the added bonus of retractable runners on the front and back to keep it from toppling should it ever suffer an abrupt power failure. It sports stereo cameras on top and a laser range finder as well, enabling it to find its way around (or under) obstacles. The demonstration video below shows it propping a plate of steak and mixed veggies on its head before taking them for a ride around a demonstration space -- impressive, but given it lacks the arms to pick up the plate in the first place we're thinking this one's usefulness is sadly rather limited. He also can't talk, which means rhyming is right out, but he is kinda cute.

  • Nissan and AIST partner up to make foot-sized Segway shoes, enable first tracks all year

    by 
    Tim Stevens
    Tim Stevens
    10.27.2009

    For the northern half of the world it's almost ski season, and thus a curious time to debut a pair of devices that allow skiing in the summertime. Nevertheless Nissan and Japan's National Institute of Advanced Industrial Science and Technology are introducing this pair of two-wheeled, self-balancing devices. Lace up your fresh New Balance kicks, grab onto the handlebars, then hop on to go for a ride. Each one detects weight shifts and motors itself in the direction you want to go -- or at least the direction you're leaning. They don't look particularly stable nor safe, but they could enable some sweet concrete hot doggin' in the summertime -- and some sick splits if you don't have your snowplow perfected.

  • Honda's U3-X Personal Mobility Device is the Segway of unicycles

    by 
    Paul Miller
    Paul Miller
    09.24.2009

    Yeah, we've seen a self-balancing unicycle before, but the brand new U3-X from Honda takes it to another level. A creepy-sterile, awesomely futuristic Honda level, to be precise. What makes the U3-X particularly interesting is it has the regular large wheel of a unicycle, but that wheel is actually made up of several small wheels in a series, which can rotate independently, meaning that the device can go forward, backward, side-to-side and diagonally, all being controlled with a simple lean. Honda credits its ASIMO research for this multi-directional capability, though we're not sure we see it -- ASIMO is biped, after all -- but far be it from us to discredit an excuse to keep up the good work on the ASIMO front. Right now the "experimental model" of the U3-X gets a single hour of battery and weighs under 22 pounds, with a seat and foot rests that fold into the device for extra portability. No word of course on when the thing might make it to market, but Honda plans to show it off next month at the Tokyo Motor Show. A devastatingly short video of the U3-X in action is after the break.

  • Laskmi-Do's Table Robot is the Segway for your beers

    by 
    Tim Stevens
    Tim Stevens
    06.16.2009

    It's important to keep your guests properly hydrated at a party, but it's hard to not feel awfully demeaned while wandering around with a cocktail tray. Since hiring servants is so passe, the solution is Table Robot from Laskmi-Do Corp, a two-wheeled, self-balancing bot that features a particularly unsteady looking design. It's tall and slender, balancing a tabletop on two scrawny little wheels, a feat it showed off at last week's FOOMA Japan, Tokyo's biggest gathering for foodies and related geeks. The natural comparison is to a Segway, but this is a full-fledged robot, capable of cruising around under remote control and, soon, following you around by voice, meaning a fresh and precisely balanced mohito may soon be just a word away. Click on through for the video.[Via DigInfo]

  • Video: WiiNxtBalance tools around, doesn't fall down

    by 
    Laura June Dziuban
    Laura June Dziuban
    04.23.2009

    This little bot-- the NXTway-GS -- is a self-balancer, and he's pretty cute, to boot. Thanks to some clever modifications, he's now controllable via Wiimote. Using the LEGO NXT system, and some custom firmware, the little dude is connected to a computer via Bluetooth. The video of the robot in action is after the break -- but if you want to see full instructions for making one of your very own -- hit the read link. And may we suggest you slap a powdered colonial wig on yours? [Via Hack A Day]

  • Man improves, adds a dose of trademark infringement to single-wheeled skateboard concept

    by 
    Tim Stevens
    Tim Stevens
    01.02.2009

    Did you like the idea of Ben Smither's single-wheeled, self-balancing scooter but wished the thing looked a little less... utilitarian? Check out John Dingley's one wheeled self-balancing skateboard project, aka "The No Snowboard," aka "The Hot Wheel." It was inspired by Smither's earlier creation and likewise relies on a single go cart racing slick in the center spun by a (slightly more powerful) 420W electric motor, but adds a lovely wooden surface and racing decals to the top, improving the look immensely. The rider leans in either direction to get the thing going (as demonstrated in motion below) and the slight curvature of the tire allows for turning just like you would with a normal skateboard. Right now maximum speed is a somewhat pedestrian 7 mph, but Dingley estimates that a Segway-matching 12 mph is possible with better gearing. We can't wait for the inevitable self-balancing scooter racing series.[Via Instructables]

  • Self-stabilizing bike stabilizes bikers who can't stabilize themselves

    by 
    Joseph L. Flatley
    Joseph L. Flatley
    11.04.2008

    The bicycle -- whether electric, rocket-powered or simply sporting Bluetooth -- is certainly looking a lot better these days, and now researchers at Yokohama's Keio University have devised a way to keep the vehicle upright without the help of a human operator. The otherwise typical bicycle sits on a set of rollers and is equipped with two motors: one moves the rear wheel an average of 2.5 meters (8.2 feet) per second while the other controls the handlebars. A linux controller keeps an eye things via webcam and gyro sensor, steering the vehicle and adjusting its speed as necessary. Currently the bike is only able to stay upright when moving in a straight line, but soon enough we should see a system that can take corners and work in real world situations. Because why should people with an adequate sense of balance have all the fun?