[youtube=http://www.youtube.com/watch?v=RMhrSwatSiE]
[Kiethrobot] built this six legged little helicopter. You can see that it is fairly mobile. You can also see that it doesn’t really make it off the ground really well. He must have gotten more power out of it though because he destroyed it in a crash the day after filming this. It is surprising how much character those six little legs add to the RC helicopter. This thing is almost as cute as something from crabfu.
[via BotJunkie]
Have you ever wondered how they inspect high voltage cables without taking them out of service? Check out this video which offers a glimpse into the life of a professional high voltage cable inspector. There are parts of the job you’d expect—namely perching on the cable like a bird, trying to not fall off—but the part of the job you wouldn’t expect is the suit. This suit is made of 75% Nomex, to prevent it from catching fire, and 25% stainless steel thread, turning the suit into a wearable Faraday cage. Of course, because he’s got a Faraday cage mere millimeters from his skin, the cable inspector spends his workday surrounded by half a million volts. To avoid electric shock, he equalizes the voltage potential between himself and the line before touching the cable.
Depending on your specific phobias, this video might make your job seem really dull… or really really safe.
[via Gizmodo]
We welcome the swarm of autonomous hovering robot overlords being made by students at Humboldt University. The goal of this project is to build an autonomous hovering platform that is controlled via adapted insect behavior. Navigation comes from monitoring real time inputs, such as air pressure and optical sensors, not by predefined paths and GPS coordinates. Some examples of this adapted behavior are: navigation via polarized sun light like African ants, and optical flow similar to bees.
You can see the platforms in action on Spiegel Online, but unless you understand German, you won’t get much else out of it.
If any of this seems familiar, it’s because we covered CCCamp 2007, which was near Berlin and had some very similar quadcopters. While the large quadcopter platforms have been around for a while and are steadily coming down in price, there are some new alternatives out there that are quite tempting. Anyone want to build some autonomy into this little baby?
[thanks fh]
Stanford’s autonomous helicopter group has made some impressive advancements in the field of autonomous helicopter control, including inverted hovering and performing aerobatic stunts. The group uses reinforcement learning to teach its control system various maneuvers and has been very successful in doing so. One of their latest achievements was teaching the bot the emergency landing technique autorotation. Autorotation is used when a helicopter’s engine fails or is disengaged and works by changing the collective pitch to use the airflow from descent to rotate the blades. The group has more flight demonstrations on their YouTube channel.
[via BotJunkie]
A speech by famed chess player Garry Kasparov was interrupted Saturday by a remote controlled flying penis. Since many of you are at work or school we’ll leave all the pictures, videos, and tasteless jokes after the break.
Continue reading “Flying RC Penis Violates Chessmaster’s Airspace”
I guess we’re on a UAV kick – I ran across this one when I was looking for interesting propeller projects. [Glenn]’s building this one based on a R/C helicopter he picked up. Both the controller and the heli recieved a propeller chip, along with a pretty standard array of navigation sensors for the heli. It’s a work in progress, but sometimes those are the most inspiring.
R/C quad-copters have been quite popular at CCCamp. Our friend, Dan Kaminsky shot this video of two different models in flight. The first is a 10K Euro commercial version, but the second one is a 500 Euro home built one. The commercial unit has a head mounted display so you can fly it from the onboard camera. There is a second video after the break that shows the maneuverability.
