Remote-controlled Snow Plow Robot Will Also Plow Through Your Savings

This robot fights the winter blues. A company called SuperDroid makes large remote-controlled snow plow robots. Use them to clear your front yard, push your cat back to your house, destroy your neighbor’s snowman and more from the warmth and safety of your home.

remote controlled snow plow robot by superdroid 620x474magnify

The robot has six 13″ tiller tires, each powered by a 24V motor. Its 52″ x 16″ snow plow blade is raised and lowered with the help of an air compressor.

Watch the robot do what it does best:

Unfortunately, it does require a remote operator, and isn’t autonomous. SuperDroid can also install additional batteries, chains for the wheels and cameras on the robot. They can even make it work over the Internet so you can control it even if you’re on another continent. But you may not want any of those add-ons once you hear the robot’s basic price. Each one costs an ice cold $7,900 (USD). Dig your browser out of the snow and head to SuperDroid if you’re packing that much paper.

[via Gadgetify]

3D Printer Turned into Air Hockey Robot: It Prints, It Scores!

A few years ago we found out about mighty Roombas that were moonlighting as sumo wrestlers. Jose Julio’s RepRap 3D printer also has a sporting spirit. The robotics enthusiast unlocked his gadget’s potential and turned it into an air hockey player.

reprap 3d printer air hockey robot by jose juliomagnify

The robot has three motors: two for moving its mallet across the y-axis and one for movement along the x-axis. Jose Julio wrote the drivers for the motors in Arduino. He then color-coded the mallet and the puck, installed a PlayStation Eye camera and wrote a program in C to make his robot see. Finally he wrote another Arduino program that predicts where the puck will go so that its motors can react appropriately.

Another neat thing about Jose Julio’s setup is that the table uses two old PC fans to create a cushion for the puck to slide on.

Jose Julio knows that his robot still needs a lot of practice – and programming – before it’s ready for primetime. For instance, it doesn’t know where the goal is, though as you saw in the video it can already score even with that handicap. But Jose Julio says he can easily imagine RepRap enthusiasts making air hockey robots of their own, improving and refining its programming so that robots could have different difficulty levels and even different strategies.

Insert a token in your browser and head to Jose Julio’s blog for more on his project.

[via The Next Web]

Remote Controlled Robots To Roam Tate Britain Gallery After Hours So Web Users Can Peek At The Art

Tate Britain iK Prize winning project

Who doesn’t want to hang out in the museum after hours? London’s Tate Britain art gallery houses a treasure trove of great works from Hogarth, Gainsborough and Whistler, to Bacon and Freud.

The gallery gets more than a million visitors a year passing through its lofty halls during opening hours, but after dark its passageways fall silent and the works fade from public view.

That’s going to change next summer thanks to the inaugural winners of a prize aimed at expanding access to Tate’s collection via digital means.

Visitors to the Tate’s website will be able to remotely control robots that are left to roam the galleries after opening hours, using torches (and cameras) on the bots to view the works remotely, and in a new light. 

The winning idea of the 2014 iK Prize is the concept of digital product design studio, The Workers, and is called, aptly enough, After Dark. The studio won £10,000 in prize money for the concept, and a further £60,000 to take the project from prototype to ready-for-public-use.

“We’re not trying to give you this perfect representation of the art,” says one third of The Workers, Tommaso Lanza, in the group’s shortlist video (embedded below). “It’s giving the art a different angle, and different light — both figuratively and literally.”

Wikipedia’s Jimmy Wales was on the judging panel for the prize, announcing the winner yesterday.

ERWIN, The Emotion Robot With An Intelligent Network

ERWIN, The Emotion Robot With An Intelligent NetworkJust how smart can a robot get? I suppose that question can only be answered by the creator of the robot. Apart from that, we would also hope to see robots being able to identify with us humans when it comes to this thing called “emotion”, but somehow, to quantify emotion in a digital manner seems nigh impossible – not only now, but in the future as well. Still, hope springs eternal for the perpetual optimist, and a new British research does point to how there might be a method to ensure that robots are able to understand how a human feels. PhD student Mriganka Biswas and Professor John Murray from the University of Lincoln are working on ERWIN, which has been described to be an “emotion robot with intelligent network.”

(more…)

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    This Wind-Powered Tumbleweed Robot Aims to End Desertification

    This Wind-Powered Tumbleweed Robot Aims to End Desertification

    Robots have a hard time walking. They’re getting better! But we’re a ways away from having a robot that you can send on an excursion through a dune-covered desert. That’s why, when he wanted to design a robot to collect climate data, designer Shlomi Mir looked to nature. Specifically, to tumbleweeds.

    Read more…


        



    Tumbleweed Robot Could Prevent Deserts From Happening

    As the human population explodes across the globe, there are certain areas where we live which is more prone to the desertification process, which has proven itself to be quite a massive headache to clear up. Basically the core “ingredients” are there – unsustainable agricultural practices, mining, climate change, and general land overuse, but it would be folly to simplify desertification to such a formula considering it is a far more complex ecological issue. Shlomi Mir who is based in Jerusalem, is familiar with the effects of desertification. He is currently working on a solution in the form of the Tumbleweed robot. This unique Tumbleweed robot will be an autonomous system which could assist scientists in understanding what goes on out there in the desert.

    (more…)

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  • Tumbleweed Robot Could Prevent Deserts From Happening original content from Ubergizmo.

        



    Wall-E Toy Robot Mod Adds Voice Recognition & Proximity Sensors

    Adriá García of DIYMakers augmented a Wall-E toy by making it work with voice commands and giving it the means to move on its own and avoid obstacles. It doesn’t compact garbage or collect curios, but at least it can dance.

    wall e toy mod by diy makers 620x348magnify

    Adriá used an Arduino Uno as Wall-E’s new brain. Two infrared proximity sensors help the toy detect obstacles, actuators move its arms and head and two continuous servo motors power its tracks. Adriá used the EasyVR module for voice recognition.

    AUTO, navigate to DIYMakers for more details on Adriá’s mod.

    [via BonjourLife]

    A LED Robot That Makes Long Exposure Light Painting Easy

    A LED Robot That Makes Long Exposure Light Painting Easy

    Making those ethereal long exposure photos where you ‘paint’ an image with an LED light requires a combination of artistic talent, skill, and patience. But if you’re lacking all three, just order one of these $100 Thymio II robots, that can be easily programmed to do all the light painting for you.

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    Skryf, The Robot That Writes Poetry In Sand, Reminds Us Of The Ephemerality Of Art Or Whatever

    Skryf-sand-writer-by-Gijs-van-Bon_dezeen_01

    Let us go then, you and I, to meet Skryf, a robot created by Dutch artist Gijs Van Bon. The robot uses a repurposed CNC machine to spray out a thin layer of sand in the shape of letters and Van Bon uses it to print out lines of temporary poetry on sidewalks. As the robot writes, the feet of passersby spread the sand far and wide, destroying the art as it is created.

    This video, filmed in July, shows Skryf printing poetry at Dutch Design Week in Eindhoven. “When you’re writing one [line of] text, another one is going away because people start walking through it,” wrote Van Bon on Dezeen. “Once I’ve finished writing, I walk the same way back but it’s all destroyed. It’s ephemeral, it’s just for this moment and afterwards it’s left to the public and to the wind.”

    The robot – basically a standard RC quad-wheel with a fairly impressive sand dispenser on CNC rails – receives its orders and then writes about 130 feet per hour. Van Bon takes cues from the places he’s visiting in order to chose the poets Skryf will write out. For example, at Dutch Design week he chose Merel Morre, the poet of the city of Eindhoven. It’s a beautiful commentary on the value of art versus technology in society and it’s also a pretty nice printing rig that could be repurposed to paint in liquids or even chalk. It’s also a clever way to get people to think about poetry again.

    Lockheed Martin Autonomous Road Convoy Demonstrated

    Lockheed Martin Autonomous Road Convoy DemonstratedLockheed Martin has announced that it has demonstrated the capability of having a convoy made of multiple types of vehicles go from one place to the other and pass what the company calls “real world” obstacles like passing vehicles, other cars, traffic circles, intersections and others. The test was part of the AMA program of the U.S Army and Marine Corps (AMAS = Autonomous Mobility Appliqué System program). (more…)

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