NYC

Sit back, relax and grab a cold one, because you're about to take an aerial tour of the Serengeti, courtesy of that flying drone you're staring at. Developed by Microdrones, this MD4-100 quadrotor was recently sent off to Kenya, where it gathered footage for a TV nature documentary produced by TBS Japan. By hovering over the terrain, the craft was able to get relatively up close and personal with zebras, elephants and other wildlife, without creating the same kind of disturbance that heavy duty, camera-laden trucks can wreak. Presumably, that's because the animals have no idea what to make of a flying robot, though part of us wants to believe there's some sort of full-circle, techno-evolutionary dynamic at work here, momentously bringing bot and beast together in some sort of pre-apocalyptic symbiosis. But that's just us. Hover past the break to see the video for yourself. IEEE Spectrum microdronesGMBH (YouTube)

Want an adorable little Android cellbot to call your own, but aren't quite ready to tackle Arduino code? Darrell Taylor's got you covered with an audio-controlled, jousting cellbot: no muss, no fuss, no microcontroller. The Make project, called TRRSTAN, accepts commands via Google chat, web browser, or Wii remote piped through the headphone jack of your Android phone -- the robot's brain, of course. Tack on a few makeshift weapons procured at the local dollar store, and you've got a homemade warrior you can be proud of. Want one? Taylor has a ready-made kit available for just shy of $50, and offers a 'fully assembled' option for the extra-lazy robot enthusiast. Of course, you could always go back to playing Android-bots with your Legos if you aren't quite ready to big-boy world of DIY. Just sayin'. Make Make: Projects

Not to be outdone by their flying cousins, some less mobile bots are taking on the challenge of juggling. After the break you'll find a pair of vids, including one featuring a creation from the Czech Technical Institute in Prague that can launch five balls between its two "hands" with the aide of a high-speed tracking camera. The other clip stars the "Blind Juggler," a somewhat more impressive machine that has no sensors or cameras. Instead, it relies on mechanical feedback and some fancy math to control the trajectory of the ball and keep it airborne. The Blind Juggler debuted back in 2009, but creators Philipp Reist and Raffaello D'Andrea introduced an interesting wrinkle for version 2.0 by turning the entire thing into a pendulum that passes the ball to itself. Clearly, the next step is face paint and red, foam noses -- bringing our most bed-wetting of night terrors to life. IEEE Spectrum Blind Juggler ,  Czech Technical Institute in Prague

There are a few robots smart enough to solve a Rubik's Cube in seconds flat, but a group of students at Swinburne University of Technology think theirs may be the fastest on Earth. Their bot, named Ruby, recently mastered the puzzle in just 10.69 seconds, including the time spent analyzing the cube. To achieve this feat, the device scanned the toy with a webcam before its software processed the images to crank out a solution. According to the university, Ruby's 10-second mark smashes the current world robot record of 18.2 seconds, unofficially making it the fastest cube-solving machine on the planet. But Ruby still has a long way to go before it catches Feliks Zemdegs -- a 16-year-old Australian who solved a Rubik's Cube in 6.24 seconds and continues to carry the torch for all of humanity. Twist and turn your way past the break for the full PR and a video of Ruby in action, as well as a clip of Zemdegs showing us how the pros do it.

Remember when you didn't consider climbing trees a chore? Treebot doesn't -- but then, it wasn't programmed to know boredom. The robot was designed by a team at The Chinese University of Hong Kong for the express purpose of shimmying up trees autonomously, figuring out the best route up a trunk using built-in touch sensors. The 'bot's body is designed like an inchworm, expanding and contracting as it works it way up -- unlike other climbers we've seen. Treebot can carry up to 3.7 pounds as it inches along, opening up the possibility of using the machine to prune hard to reach leaves. It can also shuffle up a variety of different plants, including bamboo stems, as evidenced by the sped-up video after the break. Unwieldy foliage, you've been put on notice. New Scientist The Chinese University of Hong Kong

There's a  slight  chance that the Earth could get hit by an asteroid in about 170 years, but don't you worry -- NASA's all over it. This week, the agency announced a new mouthful of a mission known as Origins-Spectral Interpretation-Resource Identification-Security-Regolith Explorer, or OSIRIS-REx, for short. The $800 million initiative, part of NASA's New Frontiers Program, will send a spacecraft to link up with 1999 RQ36 -- a nearby asteroid that's likely rich in carbon and other organic molecules that could explain how life forms originated. After about four years of space travel, the craft should get close enough to map the asteroid's surface, before using its robotic arm to extract at least two ounces of material and return it to Earth by 2023. Scientists will also pay close attention to something known as the Yarkovsky effect, which determines how an asteroid's path changes as it absorbs and emits energy from the sun. OSIRIS-REx will attempt to measu...

It may look like nothing more than a random piece of seaside trash, but that ugly little creature you're staring at is actually known as Aquapod -- an amphibious robot that crawls around by falling over itself. Literally. Developed by researchers at the University of Minnesota's Center for Distributed Robotics, Aquapod uses two carbon fiber arms and a servo motor system to somersault itself around, like an inebriated horseshoe crab. It's certainly not the swiftest of bots, but this guy's durable enough to move across rough terrains and, per its nickname, is completely waterproof and in full control of its buoyancy. Creators Andrew Carlson and Nikos Papanikolopoulos say their $2,000 brainchild could one day be used to monitor fish populations and conduct underwater experiments -- or to simply scare the bejesus out of beach-going children. Video after the break. io9 IEEE Spectrum

More than a year after it first lost contact with its Mars rover Spirit, NASA has finally decided to throw in the towel. Yesterday, the agency confirmed that it will end all planned communications with the robot on May 25th, effectively ending the craft's seven-year mission. NASA was hoping that the approaching Martian spring would allow the Spirit to recharge its solar panels and re-establish radio contact, but it now appears that the craft sustained irreparable damage last winter, when it was forced to endure brutally cold temperatures. NASA executive David Lavery, however, says the rover team will remember the Spirit more for its achievements than its slow demise: "I think we'll all sit around and have a sip of Guinness and reminisce about when Spirit was a wee small little rover and look back at the accomplishments and successes rover had over its entire lifetime." So the Spirit's spirit will live on, but what about NASA's mission to Mars? Well, the Oppo...

There are plenty of wall climbing robots roaming the Earth, but few can scale heights as gracefully as this little guy can. Developed by researchers at the University of Canterbury in New Zealand, this bot can wind its way across any glass, metal or cloth terrain, without even touching its pods to the surface. The secret lies in Bernoulli's Principle, which states that as the speed of a fluid increases, its pressure decreases. This phenomenon also applies to streams of air, which, when moving at high speeds around of a circular gripper, can create a vacuum strong enough to hold things without actually touching them. In this case, air shoots out of the robot's feet at more than 2,000 miles per hour, creating enough pressure to lift the craft, while holding it close to the wall. The technology isn't new, but rarely can it support the weight of an entire device -- let alone the extra cargo that this climber's non-contact adhesive pads can hold. Researchers say the superso...

How does a self-driving car know where it's going? By using a map, of course -- preferably a self-generated one. In yet another video exemplifying breakneck golf-cart-like speeds, the ZMP RoboCar shows us that it doesn't  need  a driver to know where it's going. At least, not the second time it goes there. After a few minutes with a fleshy friend behind the wheel, the autonomous automobile can safely steer itself around curves, roundabouts, and fountains. It may not be able to keep pace with Google's tire-squealing, automated Prius, but at least we know it can see where it's going. ZMP

The rapture has come and gone, but the Maker Faire powers on. Despite warnings of a May 21st doomsday, folks came out in droves for the annual celebration of all things DIY, and we were there to bring you the best in homespun inventions. This year's Maker Faire was light on robots and big on corporate sponsorship. Among the giants supporting the little guys were Google, ASUS, and HP, but El Goog's presence extended beyond its dedicated tents. The new Android ADK was big with at-home tinkerers this year, spawning a number of little robots and at least one DIY alternative. Perhaps no other trend proved more pervasive than 3D printing, however -- every time we turned around there was another MakerBot or RapMan pumping out everything from statuettes of attendees tocutesy salt shakers. There were robotic building blocks, a Heineken-themed R2-D2, DIY drones, custom keyboards, and a ton of repurposed gadgets, but it was an arena of destructo-bots, tuc...

It may not be the first go-round for the Karmetik Machine Orchestra, but the automated musicians, fashioned by a group of students at the California Institute of the Arts, took the stage last night to prove that robots can rock. Among the mechanized musicians scheduled to perform at the Walt Disney Modular Theater were MahaDevibot, Glockenbot, BreakBot, and NotomotoN, described as a "duel-head drum with twelve beaters and a mallet orchestra." Each of the robots was built from salvaged parts and programmed by CalArts students, who control the machines from laptops during performances. A description of the show posted to the CalArts website touts music-producing robots suspended from the ceiling that trigger sound activated light shows and animation -- now that sounds like a way to spend a Thursday night. Check out a video of the players and their masters after the break. Huffington Post California Institute of the Arts

You may not be able to control it with your mind, but this robotic wheelchair from Sweden's Luleå University of Technology can still offer something that only a few others can -- "sight." The chair uses a laser sensor to generate a 3D map of its surroundings, which is then transferred to an on-board haptic robot, allowing the bot to pick up on and navigate its way around any obstacles. A visually impaired student already took the contraption out for a spin and said he felt "safe" while traveling through crowded corridors, comparing the experience to "using a white cane." Luleå's engineers, however, still have some fine tuning to do. The laser, for instance, can only recognize objects at a specific height, while ignoring everything above or below its field of vision. Researchers are also busy developing a new 3D camera for the chair and are hoping to have it ready for commercial use within the next five years. There's a full PR waiting for you a...

This guy had a pretty natural reaction upon discovering that the DLR Hand Arm System has learned to use a hammer: he took a bat to the thing. Rather than curbing the inevitable robotic uprising, however, the whole thing just demonstrates exactly how durable the mechanical appendage is, as it resumes normal functionality after the swift blow. The arm contains 52 motors and super strong synthetic tendons, and is the work of the German Aerospace Center, the electronic sadists who also recently took a hammer to one of their robot hands. Videos of the mayhem after the jump -- we're sure they'll be Skynet's Exhibit A. IEEE Spectrum

Is a robot really a robot if it refuses to act like a robot? That's the question we were asking ourselves after stumbling upon this DIY machine, which may have just seized the crown for World's Bitchiest Bot. Every time you flip the on switch, this little gremlin will partially emerge from its box to turn itself off with a vicious, whip-like gesture normally reserved for snooze buttons. Continue to rub it the wrong way and the petulant ingrate will eventually scurry away from you and start spinning around frantically, before completely withdrawing the switch and shutting itself off. After that, it'll probably spend a few hours sulking and listening to Elliott Smith in its room, but don't worry -- it's  just a phase . Video after the break. Red Ferret Yahoo Japan

Remember that Ava telepresence bot that we were gaga over at CES? Well Google has decided to lend iRobot a hand in getting the tablet-topped automaton rolling with some Android apps. The two companies have teamed up to create Ava specific programs that can be run from an Android slate perched on the extending neck of this silicon-brained companion. Apparently any 'ol tablet will do, so you'll still be able to play  Angry Birds , but where's the fun in that? The exciting stuff will be apps that can communicate with the robot and pass it directions, meaning we need to figure out what our new, mechanical best friends should do for us. We've already got plenty of options for killing and beer  serving -- how about one that folds our laundry? Oh, wait. Well, we'll think of something. While we ponder you check out Ava's cameo at Google I/O and the PR after the break.

If you're under the impression that robots were all over Google I/O this year, you'd be right -- after all, it's a only small leap from robot to Android. Yesterday we got some hands-on time with iRobot's Ava mobile robotics platform and came away rather entertained. Ava is an autonomous robot that's equipped with and array of sensors (two Kinect-like 2D / 3D cameras, a scanning laser, ultrasonic transducers, and contact bumpers), driven by omnidirectional wheels, and controlled by its own Intel Core-based computer. The base hosts batteries, motors, as well as electronics and supports a telescopic mast that carries a pod containing touch ribbons, speakers, and a microphone. On top of this pod you'll find a "head" that can tilt / pivot and basically acts as the dock for any Android tablet. Ava is able to navigate a mapped-out space on its own while avoiding obstacles and people along the way -- going as far as to "blush" via RGB LEDs in the ba...

It's a new era for personal robotics. Meet Luna, the fully-programmable robot companion platform that will ship this year. As a platform, RoboDynamics -- a Santa Monica-based company previously grounded in telepresence -- is trying to position Luna as the 5-foot tall "beige box" of modern robotics. She comes with her own one-click Luna App Store, eight "Luna Expansion Ports" (think 12/5 volt USB for robots), and Luna CloudNet where third-parties can sell additional functionality like face recognition to app developers. The robot ships with a number of personality packs and features an 8-inch touchscreen, two cameras, wireless connectivity, a three-mic array, and a variety of sensors. Oh, and she's portable. Remember, Luna's not a prototype, but a real working robot that you can actually take home for the price of an  entry-level  fully-loaded laptop. Update : While $1,000 is the ultimate target price, the  initial  batch of limited edition Luna robots...