3D Robotics Raises $30 Million To Legitimize Aerial Drones For Business

3rd-iris

The very mention of the word “drone” often conjures up images of autonomous machines cruising over battlefields, but that’s far from the future 3D Robotics has in store for its own aerial machines. And thanks a recent infusion of capital, that future may be closer than you think.

3D Robotics announced earlier today that it locked up a $30 million Series B round, with a list of participants that includes Foundry Group, True Ventures, O’Reilly AlphaTech Ventures, and SK Ventures.

The company previously closed a $5 million round last December that featured many of those same names, and at the time CEO (and former Wired EiC) Chris Anderson said the infusion of funds would be used to open and staff a then-new San Francisco office. Another crucial component of the 3DR growth story was to launch a new website, flesh out the community experience, and developer and a new slew of products meant to make “drones and other aerial robotics technology easier, more powerful and cheaper”.

There’s been plenty of progress made on that final front too as the 3D Robotics portfolio is now comprised of a single plane-style drone and four copter drones. The newest of addition to the lineup? The Iris, a $720 drone that can be controlled with ease from a PC or an Android device (as long as you have the corresponding app) that can also follow paths “drawn” on an on-screen map thanks its built-in GPS. While Anderson and the rest of the team have spent the past year trying to more effectively court hobbyists and DIY drone buffs, the company’s ambitions hinge on proving that drone’s have plenty of commercial value as well.

Anderson gave the Financial Times a clearer view of the wildly varying fields that he thinks 3D Robotics’ drones can disrupt, and all of the usual suspects are accounted for. Remotely controlled drones can make for cheaper, more effective search and rescue operations, as well as hyperlocal deliveries (I personally can’t wait for someone to put together a fleet of tacocopters.

Perhaps the most curious application is in agriculture, in which farmers and ranchers could remotely keep tabs on the all their land and livestock without having to trudge into the fields themselves.

The Iris Quadcopter Is a Drone for Tinkerers Short on Time

The Iris Quadcopter Is a Drone for Tinkerers Short on Time

If you’re into tweaking and fiddling with your gadgets but don’t have the time to start a big project from scratch, the new Iris drone from 3D Robotics could be up your street.

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3D Robotics launches Iris quadcopter, for pre-assembled drone action

3D Robotics launches Iris prebuilt quadcopter, for those less inclined to tinker

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.

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Via: Quadcopter

Source: 3d Robotics

Chris Anderson calls for consortium to develop a standardized UAV platform

Chris Anderson calls for the creation of consortium for a standardized drone OS

“If you’re in this room, you’re the best of the best,” Chris Anderson addressed the audience with his customary flair for the dramatic. Complimentary, sure, but not without merit — the former Wired editor-in-chief was speaking to a classroom full of UAV (unmanned aerial vehicle) developers, a number of whom had been flown out on his company’s dime to take part in DroneCon, the kickoff event for the SparkFun Autonomous Vehicle Competition held in Boulder, Colo. Anderson’s 3D Robotics organized a packed schedule of talks on the subject of UAVs, commencing with his own opening address. He closed his remarks by introducing the concept of the Dronecode Consortium, an attempt to create a governing body of sorts to help create standards for the platforms on which these commercial and hobbyist vehicles run.

Still in its early stages (with only his own company on board, really), Anderson was purposely vague about the not-for-profit pursuit, though the initial stated goal is the creation of a support structure for developers and the “creation of a sustained operating system” and a “framework for deciding which hardware to support.” When we spoke to him after the speech, however, he admitted that “operating system” might ultimately be a little less accurate than “platform” and “ecosystem.” That said, Android is certainly a fair analogy in some respects, given the sort of oversight roles commercial organizations play in both open software scenarios. And with the standard, comes the potential for both commercial and personal projects to build atop it.

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