We had a great time at the Chicago Northside Mini Maker Faire! As usual we brought the PhantomX Hexapod MK-III on a leash (always a crowd favorite), but everyone fell in love with the Geekbot V2 this year! We were there all day running an arena with kids piloting Geekbots to take as many balls as they could to the goal. We set up wireless first person view cameras on the Geekbots and control stations that utilized a combination of Wii Classic Controllers and Xbees at our booth, giving an awesome experience to anyone willing to step up to the challenge. With no prior experience with robotics, children were taking control of the arena with ease, and people came to watch, play, and learn about robotics all day! Seeing how the children interacted with the robots was heartwarming, to say the least. Check out the video that Kyle put together, and feel a little of what we felt that day!
Carl H made this robot for his final in Worcester Polytechnic Institute’s RBE 501 class, and color us impressed! Using the iRobot Create2 as a base and a Snapper Arm to do the lifting, Carl has put together a robot that can build a wall, brick by brick. Since there was a limited window of time for completion of this project, there is still tuning necessary before this thing goes fully autonomous, but it’s super cool, and shows off the versatility of RobotGeek Parts! If you want to add a Snapper to your Create 2, check out the code on GitHub!
We’ve covered the GummiArm before, but it’s an ongoing project, and it just keeps getting better! This time we have a video of the GummiArm taking a hit from a full 2 liter bottle and living to tell the tale! This is quite a feat, and well executed. As before, the project files are available here if you’re interested in building one for yourself.
Ever since the LidarLite went on indefinite backorder, we’ve been looking for a cheap and reliable alternative. Researchers from MIT and CSAIL are a couple months away from presenting this infrared depth sensing system using a cheap laser attached to a smartphone. They’re aiming big, with hopes to use this sensor for autonomous golf carts, wheelchairs, and drones.
“My group has been strongly pushing for a device-centric approach to smarter cities, versus today’s largely vehicle-centric or infrastructure-centric approach,” says Li-Shiuan Peh, a professor of electrical engineering and computer science whose group developed the system. “This is because phones have a more rapid upgrade-and-replacement cycle than vehicles. Cars are replaced in the timeframe of a decade, while phones are replaced every one or two years. This has led to drivers just using phone GPS today, as it works well, is pervasive, and stays up-to-date. I believe the device industry will increasingly drive the future of transportation.”
Take command of your RobotGeek Snapper Arm with Arm Link! Arm Link lets you pose and play back a sequence of movements on your robot arm easily. We put out an Instructable that covers set-up and usage, so you can get your robot arm ready to entertain!
We had one of our arms:
We’d love to see your robot arm doing some crazy things!
What a sick, twisted world it is when Ashton Kutcher will drop your phone over a lie of omission. What horror exists in this disturbed mind that would take a benign gripper for use in such destructive ends? Why, of all things, would they measure the purity of a human being against the scales of carnage against a phone, hopelessly clung to by a gripper that would send it crashing headlong into the ground by the true force of gravity? We may never know, but it sure is entertaining to watch. If you have one of the discontinued RobotGeek Grippers featured in this video, we advise you that it may or may not be possessed by the evil spirit of Ashton Kutcher, and may or may not decide to drop your phone if you don’t tell your parents about the loss of your virginity. We can assure you that the new RobotGeek Parallel Gripper is not evil, so upgrade today!
RobotGeek Workbenches have been a staple of the RobotGeek system since the beginning, so we’ve given them some love and attention. Listening to the will of the people, we’ve made workbenches in more sizes and colors than ever before! You can get a patriotic set of Red, White, and Blue workbenches, or keep it classy with a black satin finish bench. Let’s talk about the new bench sizing:
- The smallest workbench we offer. Great for small projects, awesome for stacking.
- 16 X 15 CM
- This workbench is just the right size for most projects. Comes standard with most RobotGeek Experimenter’s Kits.
- 21 X 22 CM
- This workbench is twice as wide as the Large Workbench, giving a good amount of room for a project with displays and sliders.
- 44 X 21 CM
- This workbench is a kit of two Double Wide Workbenches with Joiner Brackets. If you have a project that can fill a table, this bench is for you.
- 44 X 42 CM
- If you already have a bunch of RobotGeek Workbenches and you’d like to make them into one giant bench, these Joiner Brackets make it a breeze.
- 2 per pack, with bolts
- The Geekbot got an upgrade, so we are now offering the top deck for rad customization, or if you just prefer circles to rectangular benches.
- 265mm Diameter
That’s all for now!
The GeekBot has evolved! Introducing the RobotGeek Geekbot V2 Basic Kit. The Basic Kit has everything you need to build a fully programmable rover robot, while the Core Kit gives you the battery, the chassis, and the servos to build a geekbot with your own Arduino board.
The GeekBot Rover is a highly flexible wheeled rover created from the ground up to be completely modular and easy to customize. Powered by two high speed continuous turn robot servos, GeekBot has a strong payload capability of 1kg/2.2lbs and moves fast at up to 0.4Mps / 1.3fps. Each Geekbot comes with a 4400mah 7.4V rechargeable Lithium Ion battery, allowing your Geekbot to run for hours! Integrated protection circuitry protects the battery from under/over voltage. Each kit comes with a wall-charger so you can recharge your battery when it runs low.