Hasta La Gadget!

3D Robotics has made it pretty clearly that it’s all about the maker community. But what about those who can’t tell their Arduino from a Raspberry Pi? The Chris Anderson-run company today announced the release of Iris, an out-of-the-box, user-friendly quadcopter experience. The drone can be controlled with an Android device (iOS coming soon), including single button takeoffs and landings. There’s an ARM Cortex-M4 processor and a built-in data radio on-board, the latter of which will help you check out flight paths in real-time. There’s also a spot for a GoPro Hero3, though that, naturally, will cost you ($400) extra. The configurable copter starts at $730. It’s set to ship on September 16th.

Filed under: Robots

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Via: Quadcopter

Source: 3d Robotics

Move over, Parrot AR.Drone; there’s a new (prototype) quadrocopter in town. For their senior project, electrical engineering students at Northeastern University developed TRAQ, an autonomous aircraft that tracks down the sources of radio transmissions. That functionality comes thanks to a four-element antenna array, and the team envisions such a device being used in disaster, rescue and surveillance situations, where drones could prove faster to respond than us earthbound humans. The next step would be getting multiple aircraft to work together to improve location accuracy. Who doesn’t love an imposing swarm of quadrocopters, after all?

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Source: Northeastern

Researchers from the University of Minnesota seem hellbent on turning us all into Professor X — minus the hoverchair and Patrick Stewart-ly good looks, obviously. Why’s that, you ask? Well, back in 2011, the team devised a method, using non-invasive electroencephalogram (EEG), to allow test subjects to steer computer generated aircraft. Fast forward to today and that very same team has managed to translate their virtual work into real-world mind control over a quadrocopter. Using the same brain-computer interface technique, the team was able to successfully demonstrate full 3D control over an AR.Drone 1.0, using a video feed from its front-facing camera as a guide.

But it’s not quite as simple as it sounds. Before mind-handling the drone, subjects underwent a training period that lasted about three months on average and utilized a bevy of virtual simulators to let them get acquainted with the nuances of mental navigation. If you’re wondering just how exactly these human guinea pigs were able to fly a drone using thought alone, just imagine clenching your fists. That particular mental image was responsible for upward acceleration. Now imagine your left hand clenched alone… that’d cause it to move to the left; the same goes for using only the right. Get it? Good. Now, while we wait for this U. of Minnesota team to perfect its project (and make it more commercial), perhaps this faux-telekinetic toy can occupy your fancy.

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Via: SlashGear

Source: Journal of Neural Engineering

We’ve seen quadrocopters do some amazing things over the years as they’ve played the entire James Bond theme song, can fly autonomously with the help of the Kinect and even fulfill the dreams of a dead cat by taking him on a little joy ride. The latest quadrocopter exercise Flying Machine Arena has captured for our viewing pleasure shows them performing some extremely impressive pole acrobatics.

Throwing around a stick probably wouldn’t be considered that big of a deal to us humans, but to have quadrocopters performing these acrobatics feats, especially when you consider they do it with pinpoint accuracy, then we know you’ll probably be impressed too.

Unfortunately, we don’t see any serious juggling as the two quadrocopters featured in this video don’t throw around their pole to one another. Instead, one quadrocopter tosses a pole to the other, the the second quadrocopter catching it. Still, this is pretty impressive when you think how it was achieved.

By Ubergizmo. Related articles: Blackjack Dealer Robot Helps Even Up The Odds , Germ-Killing Robot,

Since I already have an AR.Drone 2.0, I’m not really sure I need another quadrocopter. But that doesn’t mean I can’t want another quadcopter – especially one that I can fit in the palm of my hand.

This awesome bit of tech is called the Crazyflie, and it’s a complete pocket-sized quadrotor. This little thing weights just 19 grams, and measures about 9cm x 9cm (~3.5″ square.) It can fly up to 7 minutes at a time on a 20 minute charge, and can even lift a miniscule payload of up to about 10 grams. Under its hood (if it had a hood), it sports a microcontroller, accelerometer, gyroscope, and a tiny 2.4GHz receiver for accepting commands from your computer or other wireless device.

It’s incredibly fast, agile and stable as you can see from the video clip below:

Sure, it sounds like a swarm of angry mosquitoes buzzing around, but that’s kind of what I love about it.

The tiny quadrotor is sold in kit form, and is completely open source, so you can create your own custom applications and modifications. Keep in mind that you’ll need soldering skills to assemble it, and its creators clearly state that this thing is not a kids toy. Though it might be one for us grown-ups.

You can pre-order a Crazyflie kit from now through February 18, with an estimated ship date of April 25. Prices start at $149 for the basic kit, and go up to $173 for the 10 DOF version, which has extra sensors fo altitude and heading measurements – though you’ll have to write your own code to take advantage of the added sensors.