Beer-dropping Octocopter is the Robot We Are Looking for

Does it fly? Check? Does it have beer as a payload? Check. Does this robot deploy that beer via parachute to a thirsty human below? Check. I think I have just found man’s best robot friend.

octocopter

You just order a beer via your iPhone app then the robot drops a parachuted beer to your location.

Sadly, folks on my continent won’t see it dropping beer overhead any time soon. This SteadiDrone octocopter has been specially modified to deliver beers to attendees at the upcoming Oppikoppi music festival in South Africa.

Hopefully they have worked out all the kinks. I’d hate to see a parachute fail to deploy and hit some poor guy on the head. Someone will probably hack this thing and fly some free beer to their place. That would be awesome.

[via Gizmag and DVICE via Geekologie]

Robots Tell You If You Have Bad Breath or Smelly Feet

If you have a body odor problem, you’ll want stay away from this disembodied robotic head and dog. The one shaped like a girls head smells your breath and the robot canine smells your feet.

smelling robots
They were made by Kitakyushu National College of Technology and  ”Crazy Lab”. These robots were designed to make people more aware of their cleaning habits by making strong remarks about just that. Depending on how bad your breath is, Kaori-chan can say things like “Yuck! You have bad breath!”, “No way! I can’t stand it!” or even the dire “Emergency! There’s an emergency taking place!”

Shuntaro-kun, the feet smelling robot dog evaluates the intensity of odor from your feet, on a scale of one to four. Depending on how strong the stench is, the dog will cuddle up to you, bark, growl or pass out.

[via Asahi via Damn Geeky]

US Navy’s Ion Tiger drone leans on liquid hydrogen for longer-lasting spy flight

Ion Tiger leans on liquid hydrogen for recordbreaking endurance flight

The US Navy’s quieter way to spy, the Ion Tiger, just bested its own 2009 flight record with a key assist from liquid hydrogen. The unmanned aerial vehicle had previously relied on 5000-psi compressed hydrogen for fuel, but for its latest flight test the Naval Research team swapped that out for a new cryogenic tank and delivery system that relies on the liquid stuff; a choice made for the element’s increased density. With that one significant change in place, the craft was able to outperform its last endurance run of 26 hours and two minutes by almost double, lasting 48 hours and one minute in a flight made mid-April. Spying: it’s not only good for the government, it’s good for the environment, too.

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Source: US Naval Research Laboratory

X-RHex Lite robot leaps across gaps in a single bound (video)

XRHex robot leaps across gaps in a single bound

Move aside, Sand Flea, you’re not the only jumping robot in town. The researchers over at the University of Pennsylvania have taught their little six-legged X-RHex Light to make leaps and bounds as well, making it one of a few bots to both run and jump effectively. While it can’t spring as high as the Boston Dynamics critter, the X-RHex can cross gaps with not just a bound but a running gait, given enough room. It can also flip itself over, climb onto a ledge with a double hop and perform a leaping grab to something as high as 73 centimeters (28.74 inches). The X-RHex itself isn’t new; the curved-legged contraption has been around for at least a couple years, and even sported a cat-like tail for balance at one point. Still, the fact that the hefty 6.7 kilogram (14.8 pound) machine can now somersault through the air is a quite a victory, and one that reminds us of the impending robocalypse. Check the video below to see the bouncy guy in action.

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Source: IEEE Spectrum

RoboKeg Would Not Phase Out Your Bartender Anytime Soon

RoboKeg Would Not Phase Out Your Bartender Anytime SoonA long beer line? That is not an issue, especially when you consider how folks tend to bond over a couple of drinks (or more) at the local watering hole, and the time spent waiting in line could definitely be used to socialize more with one another, asking basic questions and over time, forge closer bonds. Well, a team of self-described “lazy hackers” have come up with what they call the RoboKeg, where it makes the action of obtaining an ice cold beer at a crowded concert or bar a snap – all it takes is a single wave of the hand. The RoboKeg, in essence, is an automated beer dispenser which is capable of keeping track of who has ordered what as well as the copious amount of the nectar of the gods, and best of all is, unlike modern day smart apps, there is no need for you to carry a smartphone around – where you run the risk of losing it in a drunken stupor to boot.

The RoboKeg would be equipped with a tiny near-field communication (NFC) chip in wristbands which can automate the purchasing and pouring, which might eventually kiss goodbye to those long beer lines, but traditionalists might balk at this idea since it eliminates the conversations that you can have with your regular barman. Would you prefer to be served by a human or a robot?

By Ubergizmo. Related articles: XRL Robot Leaps High Enough To Make Spiderman Proud, Robot Used To Find Sturgeon Fish,

    

XRL Robot Leaps High Enough To Make Spiderman Proud

Researchers over at the University of Pennsylvania have managed to dabble around with the XRL robot for some time now, and they are now confident that the XRL robot is going to be quite the hit for its ability – that is, it can clear ledges and perform leap grabs without so much as break a robotic sweat in the process. In fact, the researchers presented the findings and abilities of their XRL robot recently at a conference on robotics and automation. (IEEE International Conference on Robotics and Automation that is held in Germany).

The XRL robot is an acronym for its full name, namely the X-RHex-Light robot. The research paper is known as “Toward a Vocabulary of Legged Leaping”, where it lists down the details on how the robot was “taught” to perform different kinds of athletic performances such as running, jumping as well as the difficult move of executing the equivalent of robotic back flips and triple jumps. Tipping the scales at nearly 15-pounds, the XRL robot measures 20” in length, and is capable of jumping up ledges, performing leap grabs while ascending at an impressive 28”.

By Ubergizmo. Related articles: RoboKeg Would Not Phase Out Your Bartender Anytime Soon, Robot Used To Find Sturgeon Fish,

    

Robot Scales Walls with Sticky Plastic Feet

A team of researchers in Switzerland have been working on a new robot that’s able to climb vertical surfaces of all sorts using unique sticky feet. The robot can climb all sorts of surfaces including walls, rock, aluminum, and others. The developers behind the robot believe it could be used to help with mountain rescues, construction crews, or painting walls and ceilings.

wall climbing robot

The wall climbing ‘bot was developed by Liyu Wang, Lina Graber and Fumiya Iida at the Swiss Federal Institute of Technology in Zürich.

wall climbing robot 2

The robot is able to cling to vertical surfaces using special plastic footpads that heat rapidly causing them to melt. When the plastic melts, the compound slimes into the nooks and crannies on the surface it’s climbing allowing it to stick. The robot then uses thermoelectric effect to cool the plastic allowing the foot to release so a step can be taken. The adhesives in the plastic feet melt at about 70°C.

While sticky feet made of melting plastic may not sound particularly strong, the researchers claim that the robot can carry five times its own mass up a vertical wall.

[via New Scientist]

Lockheed Martin’s ADAM laser blasts enemy rockets with its HEL beam

ADAM

Enemy rockets go up. ADAM makes’em go down… safely and in a grand explosion of fire. That’s the name of Lockheed Martin’s Area Defense Anti-Munitions system, or badass laser for short (to us, anyway), created to intercept and “negate” airborne rockets and drones. The aerospace company’s been testing its portable, prototype system — built with off-the-shelf parts — since last summer, successfully proving ADAM’s capability in detecting aerial threats at a distance of 5km or more and then obliterating those targets with its finely trained laser, or HEL beam (no, really), once they’re within a 2km range. But why waste time with words when the the company’s own slo-mo video paints a more vivid, shock and awe-some picture. Check it out after the break.

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Source: Lockheed Martin

Robot Used To Find Sturgeon Fish

Robot Used To Find Sturgeon FishRobots – this is a subject that many would be interested in and fascinated with, especially when you consider how robots are capable of helping humans live out an easier life. Well, there is an upward trend when it comes to robots, and this time around, we have an autonomous glider robot which is assisting University of Delaware scientists in order to locate endangered Atlantic sturgeon fish in Delaware waterways – and of course, beyond that.

The University of Delaware reports, “More than a century ago, an estimated 180,000 female Atlantic sturgeon arrived from the coast in the spring to spawn in the Delaware River and fishermen sought their caviar as a lucrative export to Europe. Overfishing contributed to steep population declines, however, and today numbers have dwindled to fewer than 300 adults.” Relying on satellite information and historical records of ocean conditions, it allows one to to pinpoint migrating species which has been previously tracked in order to predict just where they are on any given day.

By Ubergizmo. Related articles: XRL Robot Leaps High Enough To Make Spiderman Proud, Self-Assembling Printed Robot, Transformers A Reality Soon?,

    

Climbing robot melts and cools plastic to get its footing

DNP Climbing robot melts and cools plastic to get its footing

We’ve seen plenty of robots scale walls over the years, from models that emit supersonic streams of air to gecko-inspired creations, but few can carry more than their own weight, much less handle rough terrain. Enter this unique Swiss-made machine, which handles both tasks with aplomb thanks to the rapid melting and cooling of its thermoplastic adhesive feet. Created by the whiz kids over at the Swiss Federal Institute of Technology, the plastic compounds in the contraption’s tootsies melt at around 70 degrees Celsius (158 Fahrenheit), where they’re tacky enough to stick and fill surface gaps. If the bot needs to take a step forward, a thermoelectric effect kicks in to cool the plastics down, detaching the foot in the process. Repeat the motion several times and you get a tiny climbing critter that’s able to carry about six to seven times its own weight over complex surfaces, a feat that’s sure to be of actual use someday. It’s certainly more practical, though a lot less fun, than one that mixes cocktails. Go on after the break to see the little climber in action.

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Source: IEEE Explore, New Scientist