ATRIAS, built by the Oregon State University’s Dynamic Robotics Laboratory, directed by Dr. Jonathan Hurst, is an awesome bipedal robot. ATRIAS is capable of balancing itself on changing terrain, rolling hills, and even while being pelted by dodgeballs! This robot is clever, and we wish the team lots of luck at the DARPA Robotics Challenge in Pomona, CA on June 5-6, 2015.
Archive for the ‘Competitions / Contests’ Category
Qualcomm Robotics wants to select 10 robotics teams to receive access to a wide range of expertise and resources with the Qualcomm Robotics Accelerator program! Companies selected for the Qualcomm Robotics Accelerator will have access to the range of expertise and resources from Qualcomm to help bring their vision for an automated future to life. Successful applicants will get:
- An investment of up to $120,000
- Access to Robot Reference Designs — mechanical designs, hardware, circuits and radio frequency control guidance — and low power robotics solutions built around the Qualcomm Snapdragon processor.
- Mentorship from key Qualcomm Robotics executives, other leaders in the robotics space, venture capitalists, and the broader entrepreneurial community.
- Access to Techstars’ network of over 3,000 successful entrepreneurs, investors, mentors, and corporate partners.
- Demo day, where each company will have the opportunity to pitch their company to robotics leaders, investors, press, and other community members.
- Dedicated Qualcomm Robotics Accelerator space at the company’s headquarters in sunny San Diego.
- $350,000 worth of partner perks.
Applications are due by March 8, 2015, so there are only a few days left to get your team involved! This is an excellent opportunity for small companies to make a big leap toward an automated future. Check out their website and apply!
ROBOTIS has posted a news article asking for applicants to beta-test their new XL-320 servos. These new servos are similar to the AX-12A servos, working with the DTYNAMIXEL data packet, allowing you to set position and speed of the servo as well as retrieve positional data, temperature data and more! You can even set the compliance slopes on the servo, just as you could with an AX-12A. The new servos are smaller than AX-12As, making them great for projects like ROBOTIS’s mini-darwin project.
To apply for the beta program, ROBOTIS has asked customers with DYNAMIXEL experience to share the news post on facebook and describe what makes them a good candidate for testing the XL-320. 10 teams/individuals will be chosen by ROBOTIS. Beta testers will receive 2 XL-320, a CM9 control board, 2 Li-ion battery packs, a charger and several OLLO pieces.
There is no release date for the XL-320s as of yet, but we’ll keep you posted on any news!
Last week 10 industrious roboticists each won a box in our Robot Refuse competition. Now they compete for a chance to win a $50 gift certificate from the Trossen Robotics Store!
Check out the pictures that won them the contest below!
This year’s Robogames and Mech Warfare was an absolute blast! We watched Com-Bots battle it out, Kung-Fu bots compete, and of course the Mech-Warfare contestants fight for supremacy. Check out this gallery for a taste of the Robogames experience.
Stay tuned for more photos, videos, and news from Robogames/Mech Warfare 2013
2012 has come and gone, and its finally time to announce the winners for the Ninth Trossen Robotics Community Contest! There were a lot of amazing entries, but six of them battled to the top to win our contest. Check out the end of this post for videos of all of our winners in action.
Sixth Place – OARC Rover by Yosheli
The Obstacle Avoiding & Remote Controlled Rover (or the OARC Rover) is a great little project by Yosheli. It has everything you need for a roving robot – a drive system (4 DC motors with encoders controlling 2 treads), a distance sensor (an ultrasonic range sensor), wireless communication(XBees) and a main processing unit (an Arduino Mega).
This robot has a two modes of operation – the first is direct remote control via a custom wireless controller. The second mode is a purely autonomous one. The OARC Rover will go forward until it detects an obstacle – at which point it will move to avoid the obstacle. To help overcome the limits of the ultrasonic sensor, Yosheli mounted the sensor on a pan servo, enabling the robot to get better readings on curved surfaces. This panning motion also gives this little robot a lot of character.
The idea of an obstacle avoiding robot certainly isn’t anything new, but its a great example of how many problems you need to solve when building a basic robot. Yosheli gets points for overcoming these obstacles on his first fully fledged Arduino Project
Yosheli will be receiving one of our RoboTurret Vision Tracking Starter Kits.
Maxwell is lnxfergy’s Mobile Manipulator Robot. This robot can map a room and traverse the room based on that map. Then it can use its custom arm and manipulator to pick up objects and interact with the room. The latest version of Maxwell even has a linear actuator to move the arm up and down, allowing it to pick up things from the floor as well as table-height objects.
Maxwell’s arm is comprised of 2 EX-106s, 2 RX-64s and 3 AX-12s. Lnxfergy’s did a lot of work in ROS to get his custom manipulator running properly, which is a great thing for the robot community. Lnxfergy’s is commited to open source projects and his work in open source robotics has been the basis for robot after robot in the comunity. We absolutely love that Lnxfergy has made all of Maxwell’s code available. Check out this thread post for mor information about Maxwell.
We’re proud to unveil our new arms, the PhantomX Reactor Robot Arm and its little brother the PhantomX Pincher Robot Arm. These arms are based around the Dynamixel AX-12 Robot Servos and are controlled with the Arbotix RoboController, so you have an amazing amount of control over these arms. The Reactor Arm also has a ‘Wrist Rotate’ option, to add another level of functionality to your arm.
Stay tuned for more videos about the design of this arm, as well as examples of all of the amazing things it can do.
Do something good today. Take 30 seconds and vote by text. You’ll erase some bad karma from that one thing you know you did…
RoboGames is up for a $25,000 grant to help bring robotics classes to underprivileged middle schoolers around the San Francisco Bay Area, and you can help! Pepsi is offering large grants to non-profits such as the Robotics Society (the parent organization of RoboGames), but only the top few ideas will win.
You don’t need to give us any money, you just need to vote! Please help us get funding to get more kids building robots for the 2012 games! We are poised to make this a great year for community centers, under funded schools, and a whole slew of other folks with your help! If we win the voting, we can put robots in the hands of about 120 kids and provide them with teachers for a full semester of after-school instruction. All leading up to them competing at RoboGames. The classes will get kids autonomous robots, and teach them how to program and build the robots to
compete in multiple events in next April’s event.
And neither you nor the kids have to pay a cent!
Here’s the link to vote: http://pep.si/nHlOZZ or you can vote by texting 107947 to Pepsi (73774) to vote from your mobile phone.
And you can vote once per day! So vote today, tomorrow, and every day this month!
This will barely take any time at all, but can impact the lives of a lot of kids who’d never get to learn about robotics otherwise. We can inspire them to keep studying STEM (science, technology, engineering and math), and all you have to do is vote!”
What some of you may not realize is that the life of a roboticist parallels the life of a total rockstar in many regards. That’s right- loud music, hordes of women, and international travel. Well, mostly just the travel aspect. Also, robots. There are a lot of robots involved. Just like a rockstar.
I had the pleasure of traveling to Istanbul, Turkey last month to attend the 2011 International Robocup. It. Was. Awesome.
The previous contender for largest robotics competition I had attended was the Korean Robot Games Festival in 2010, and I’m just going to come out and say it: Robocup blew it out of the water. I have never seen so many roboticists under a single roof; 3 massive conference halls were packed to the gills with robots and eager students and university faculty. I stuck to the 3rd hall almost exclusively, as it had what I love the most, humanoid robots. We had hundreds of Nao humanoids as well as hundreds of kid-size, teen-size, and adult-size custom humanoid robots. Another big thing to note is that the matches are significantly more exciting as the years pass, and this year was an amazing sight to behold. The kid-size humanoids were fast and agile, and the games had plenty of suspenseful and exciting plays. I watched a few Standard League (Nao) matches as well, but to be perfectly honest, the kid-size stuff was more entertaining. The Darwin-OP platforms would’ve literally run circles around the Nao. Industry competition is a good thing though, perhaps we’ll see some hardware improvements to the Nao in the next few years that will, literally, bring them up to speed.
Here are some pictures (taken on my iPad, unfortunately my camera didn’t survive being in checked baggage) of the event! The full gallery can be found here.
It’s worth noting that Virginia Tech RoMeLa took gold in the Kid-size league with their Darwin-OP based team. Check out their final match vs Japan below!
– Andrew – “Laser Scientist”
I had the pleasure of meeting up with the Virginia Tech RoMeLa crew at Robocup 2011 earlier this month, where they were showing off not only a Kid-Size team full of Darwin-OP robots, but also their new CHARLI-L2 humanoid. Popular Science already did a nice write-up of CHARLI’s performance in the Adult-size league, but I found this video of CHARLI-L2 taking his first steps (in the nude) to be equally interesting.
We’ll have a bunch of content on my trip to Robocup 2011 in Istanbul, Turkey in the very near future! Stay tuned!
– Andrew “Robot Sexpert”