If you’ve ever wanted your own self-driving car, this is your chance. [Sebastian Thrun], co-lecturer (along with the great [Peter Norvig]) of the Stanford AI class is opening up a new class that will teach everyone who enrolls how to program a self-driving car in seven weeks.

The robotic car class is being taught alongside a CS 101 “intro to programming” course. If you don’t know the difference between an interpreter and a compiler, this is the class for you. You’ll learn how to make a search engine from scratch in seven weeks. The “Building a Search Engine” class is taught by [Thrun] and [David Evans], a professor from the University of Virginia. The driverless car course is taught solely by [Thrun], who helped win the 2005 DARPA Grand Challenge with his robot car.

In case you’re wondering if this is going to be another one-time deal like the online AI class, don’t worry. [Thrun] resigned as a tenured professor at Stanford to concentrate on teaching over the Internet. He’s still staying at Stanford as an associate professor but now he’s spending his time on his online university, Udacity. It looks like he might have his hands full with his new project; so far, classes on the theory of computation, operating systems, distributed systems, and computer security are all planned for 2012.

We’ve seen videos of people attaching chairs to gigantic welding robots and riding them around the shop, and while that would be fun for a little bit, the joy would be fleeting. Flight simulators built on a Stewart Platform are becoming old hat. Now there’s a new robot we want to ride.

[Saul Griffith] from Otherlab has been working on pneumatic robots for some time now, and he just wrapped up his Ant-Roach build seen above. It’s a 15-foot-long cross between an anteater and a cockroach that’s completely inflatable and can actually walk with the help of an air compressor.

The ‘muscles’ of the ant-roach are fabric actuators that contract when inflated. Of course this makes the mechanics look like something out a biology book, but the robot is still a neat piece of engineering. The ant-roach weighs in at 70 pounds but could probably support a half-ton of riders.

From the videos after the break, we can see that the ant-roach looks a little clumsy when walking. [Travis Deyle] sent in his contribution that details an amazing inflatable robotic arm that can beat any human in an arm wrestling match. Now we can’t wait for a giant anthropomorphized bouncy castle to start lumbering to a children’s carnival.

Imagine that you want a book that is located on a shelf several rooms over, but you do not want to get out of your chair. Short of developing telekenesis on the spot, there’s little you can do other than get up and fetch the book yourself – that is, unless you have an army of Swarmanoids to do your bidding.

This robotic swarm is the pet project of [Dr. Marco Dorigo] from the Université Libre de Bruxelles, Belgium, and is impressive to say the least . As the Mission: Impossible-esque video plays out, you see several different robots working in concert, flying, climbing, and driving around to fetch a book from a shelf. The robots have no information regarding their surroundings, forcing them to learn and “speak” to one another in order to reach their goal once the target has been located.

It really is amazing to watch these robots work together, but don’t take our word for it. Check out the Swarmanoids in action below.

[via Geek.com]

Let’s face it – building robust robots isn’t exactly easy. When designing them, builders often focus on a single method of locomotion in attempts to create a robust, reliable means of transportation. Whether it moves on the ground or in the air, there are always compromises to be made when designing a robot with the ability to travel over variable terrain. Looking to change that, researchers at the Center for Distributed Robotics have recently unveiled a robot that can travel on the ground with ease, then take to the skies in a matter of seconds.

The robot is rolls along the ground on a set of wheels mounted at either end. When it is time to fly, it pushes itself up onto one end before extending its rotors. As you can see in the video below, the transition occurs pretty quickly.

The current prototype is pretty fragile and carries quite the hefty price tag . More robust revisions are already in the works, so expect to see more in the coming months.

[Thanks Sandeep]

Given a box full of cockroaches, the first thing most of us would do is try to locate the nearest source of fire. Lucky for the roaches, the team over at Backyard Brains look at things a bit differently than we do.

Their latest effort combines cockroaches and electronics to create a bio-electrical hybrid known as the RoboRoach. Using control circuitry donated from a HexBug inchworm and some 555 timers to create properly timed pulses, they have been able to control the gross movement of cockroaches. Stimulation is directly delivered to the antennae nerves of the cockroaches, enabling them to tell the roach which direction to turn and when.

Currently there are some ahem, bugs in the system, which they are working diligently to resolve. Only about 25% of the roaches they wire up can be controlled at present. Once that ratio improves however, they will be looking to offer RoboRoach as a beta product. If you are aiming to add a beetle air force to supplement your remote-controlled cockroach army, be sure to check this out.

Continue reading to see a video of the RoboRoach in action.

When people think about robots, a few different things come to mind. We like robots because they take care of tedious work. Robots are great for accomplishing tasks in hazardous environments too. When the [Chalmers Robotics Society] thinks about robots however, they think, “Breakfast!”

The CRS constructed a sweet automatic waffle cooking machine known as the Wafflemeister3000. It can produce up to 5 waffles at a time, cooking them to a nice golden brown in a little over 3 minutes. Think about that for a second – that’s about 90 waffles an hour!

This project isn’t exactly new, with the second iteration having been completed in 2007. However, since the third version features a 400% increase in production volume, we thought it was worth a mention.

Be sure to check out the video below of the Wafflemeister3000 doing its thing.

[via Neatorama]

PBS Newshour did a piece on robots. They talked about NASA’s bot pictured above, Asimo, Big Dog, PR2, Robbie the robot and a few others. We didn’t see anything new, but we really do like the coverage getting out there. We also never need an excuse to watch that guy kick big dog around for a while. We know it’ll only be a matter of time before the tables are turned.

Willow Garage, the folks behind PR2, are conducting a survey to see what your favorite robot is. Their list is pretty short, but they did leave a spot for you to add a name. The picture above, is not from willow garage though. This is the picture I got from BotJunkie (we love this site) where I found this story. They didn’t attribute the artist, but I feel they need credit, it is an awesome shirt.

It turns out that it is a t-shirt design available at the chopshopstore. You can see that their eyes are done in glow-in-the-dark material. On a side note, the hackaday store just got glow in the dark material yesterday(as well as a re-design) and will be announcing several new designs in the near future.

I personally inherited several huge boxes full of sci-fi pulp. The robots I’ve seen in these are amazing, ranging from amazingly ridiculous to amazingly awesome. I’ve only just begun scanning in the covers, and plan to post at least one a day. You know what would be awesome though? If I had one of these.

i.materialise, a custom 3D printing fabrication house are looking for talented robotics enthusiasts with the skills to design custom robotics parts such as functional frames, decorative shells, as well as unique parts required by robots to look and perform their best. The best part? They are offering free 3D printing of parts to the people they select with the most interesting or useful ideas. Make sure you check out their blog for details on what they are looking for and how to enter, as well as checking out some of the other cool things they do, such as a fully customizable 3D printed frisbee. Let us know what you design, we would love to show it off!

[via Robots-Dreams]

[Spiritplumber] has been sending us updates on a promising project he’s working on called RobotsEverywhere. We’re not completely sure if that name covers the project itself, or just the name of his group that is selling robots (and giving us schematics and source code). Either way, they have some really cool stuff. The really cool part about many of the bots is that they are using Android phones as their brains and they use the same system on land, air, and water. There’s tons of information sprinkled around the site and the Wiki, take a few minutes and look around.

Ask any engineer what originally sparked their interest in technology, and almost universally the response will be a Hollywood film or TV robot — Star Wars’ R2-D2, the B9 robot from Lost in Space, or Short Circuit’s Johnny 5, to name a few. Engineers need a creative outlet too, and some pay homage to their inspirations by building elaborate reproductions. At this year’s Maker Faire, droid-builders had their own corner in the center hall, their work ranging from humble craft materials to ’bots surpassing their film counterparts in detail and workmanship.

Probably the most beloved film robot of all time would be R2-D2, and probably the best-known reproductions originate from the R2-D2 Builders Club, who’ve been profiled in Make and Servo magazines, among others. Every kid’s dreamed of building their own R2, perhaps from a wastepaper basket and scrap, but the club’s astromech droids are anything but kid stuff, with machined aluminum domes and intricate motor and sound systems. The club doesn’t sell robots — that would infringe on trademarks — but they do share techniques and component plans. The finished droids (are they ever really finished?) put in appearances at fan conventions and charity events.

Danger Will Robinson! Career inventor [Andrew Filo] has been engineering practical everyday items for three decades, but he cuts loose by bringing his early inspirations to life. His carefully-researched reproductions include an Apollo-era NASA spacesuit and a talking, walking…er, rolling…B9 robot.

Self-described recluse [ELS] is a builder and collector of film props and reproductions. Though he insists his Robby and B9 aren’t perfectly canon, you’d never know by looking; the detail and finish on these two was amazing. Robby is wearable, and periodically through the weekend he’d climb into the suit and entertain a new generation who otherwise might not be acquainted with this Hollywood classic.

[Matthew Ebisu] is obsessed with all things Pixar. As one of the younger makers exhibiting, [Matthew’s] materials may be simpler, but his enthusiasm more than fills the gap. He’s built — and launched — Carl Fredricksen’s house from Up in miniature form. It didn’t quite reach South America, but did net him a pen pal in Nevada. His Autopilot and Eve droids from Wall-E are more craft than tech, so his latest project, along with a gaggle of like-minded friends on his D.I.Y. Pixar fan site, is to develop a working Wall-E robot.

So readers — is there a favorite Hollywood ’bot to credit for your passion for this hacking madness? And have you built one yet? A HAL-9000 in your kitchen? Tell us about it in the comments, or if you have a build log posted online somewhere, drop us a link at tips@hackaday.com.

We love to see educational resources appear. iRobot has put together Starter Programs for Advancement of Robotics Knowledge or S.P.A.R.K to serve as not only education, but amusement with the purpose of getting people interested in robotics. With sections divided into different grade levels, it is obvious that this is mainly meant for school aged kids. There are some games as well to keep them amused when they need a break. We looked around a little bit and it seems that they are still fleshing it out. We hope to see some structured content specifically created for education of youngsters. Right now it is mainly links to other resources.

[via botjunkie]

Back in October we reported on the I-Swarm robotics project. [Travis] sent us some more information. These tiny robots are programmed optically and are able to respond to programming commands via an infrared signal. Locomotion is facilitated with piezoelectric actuators and the power to the units provided through a solar cell. It is not clear that this project is still ongoing as the I-Swarm web page lists a project termination date of 6/31/2008. That being said, the video embedded after the break was posted two days ago showing swarm movement and detailing the programming, testing, and hardware specifics.

[via Hizook]

Stairs are one of the most commonly faced mobility challenges for a robot. This robot’s design eliminates the need for a complex drive train or computer, and instead uses a clever mechanical design to climb stairs. Version three of the robot uses five servos modified for continuous rotation, a Picaxe28, sharp IR sensors, and bump sensors.

[via BotJunkie]

Since we last reported about The Great Internet Migratory Box of Electronic Junk, several of these boxes have begun circulating in different areas of the world. Team Hack-a-Day launched three themselves. Robots.net decided that there was a need for a specialized box just for those who hack robots, and have launched their own.

The box contains lots of things that will appeal to roboticists, such as servos, various sized motors, RC car parts, and even a small microcontroller board. Plus hackable items like old CD drives, a trackball, and miscellaneous electronic and hardware parts. Everything fits in a standard sized shipping box, but it is full. A complete list can be found on the robots.net site, and they also have pictures of the contents.

Those who wish to track the box can follow it under the name robots.net-box1 on the TGIMBOEJ wiki. There is also a place to get your name added to the list of potential recipients. The wiki contains information about the whole process, including how to start a new box.