Welcome to iRobotics!

iRobotics is UIUC's largest robotics RSO, with focuses on not only competitive robotics, but also community outreach to inspire youth to learn more about STEM fields. We welcome students from all majors to take part!

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  • Welcome to iRobotics

    Welcome to iRobotics

  • Thanks to all our sponsors!

    Thanks to all our sponsors!

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Don't just read about what we do. See what we do! Get a close up of the robots, the people, and the excitement.
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We compete in 3 different competitions, of all sorts of shapes and sizes, requiring raw power to delicate manipulation.
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iRobotics could not exist without all of our sponsors, for which we are extremely grateful. Click here to help us out!
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Mechabytes 2017 Wrap-up

The Mechabytes had a great first year of competition. For the majority of the season, we were behind schedule, but our members pulled together in the last week to get the robot finished. It is amazing to think that three days before competition we had a pile of metal, but after a few all-nighters, our robot was assembled. During the competition at EOH, our robot performed amazing as we were able to reach the semifinals before being eliminated. Additionally, our robot lasted a long time during the demolition round despite being one of the lightest robots on the field. Our robot lasted until we lost communication due our wireless module getting disconnected from our microprocessor.

Our robot design consisted of a ground intake that went to our elevator that lifted the soccer balls until they fell down the ramp into our ball storage area. Our pneumatic mechanism to open the scoring door was particularly successful as it opened the door every time our driver was lined up. Due to the geometry of our robot, we were able to drive under the door once it was opened to keep it open and line up with our ball release mechanism. Once we are lined up, we release the soccer balls and score all of the ones in our storage area. When we were designing the robot, we prioritized being able to carry multiple soccer balls because we strategized that by doing so we would be able to score all the soccer balls at once. This decision helped us advance far in the competition since they adjusted the rules because manipulating the key had become a difficulty for all the teams. Unfortunately, our key manipulator wasn’t effective during the competition, but the competition committee adjusted the rules to release the soccer balls at a given time during the match to allow all teams to score regardless of the key.

Overall, our team was pressed for time near the end, but thanks to our team members putting in countless hours in the days before EOH and the help of our upperclassmen to machine parts, we were able to have a successful robot! We still have a lot we can improve on, but we are looking forward to another three years of competition and learning!

Transfarmers 2017 Review:

It’s time for the Transfarmers to wrap up a fun and successful year. This year we worked hard to be ahead of schedule and had our robot driving days before competition, with only minor additions being added the nights before EOH. Our robot design was very effective and we are proud to be one of the few teams able to consistently grab the ‘key’ for the 2017 MRDC game and line it up with the ‘lock’ in the arena. This year we switched to a new type of drivetrain which we have dubbed the ‘compact jump drive’ made using the waterjet cutter. We then constructed the rest of our frame on top the drivetrain using welded aluminum tube. Our robot design consisted of a ground intake to lift the soccer balls from the floor and push them through a one way door into our ball storage area. In addition to our ball intake, we designed and built a modular key manipulator which could quickly be lifted off of the robot and clamped to either the top left or top right of the robot. The modular design was chosen so that we could always have our key manipulator on the side of our robot necessary for us to line up directly under the soccer ball dispensers while inserting the ‘key’, thus allowing us to have the soccer balls drop straight into our ball storage area rather than picking them up from the floor. Unfortunately, due to differences between the actual field and the CAD model released with the game rules our robot was not able to perform up to its full potential during matches. Upon this realization we gave it our best effort to redesign and build a new ball intake the night of competition which worked flawlessly in our matches on the second day. All in all the Transfarmers had a great year and look forward to another two to come as we transition to juniors and continue to learn and improve.

MuTan(Clan) Signing Off

MuTan(Clan), as the senior MRDC team, designed a new and radical robot. Considerably more compact than the past robots we have designed, this robot had a host of new hurdles to overcome. Additionally, this robot incorporated several new design ideas, ranging from a completely water-jet cut frame to an all new brush-less drive train to a custom PCB. For those curious, you may find a 3D PDF of it at the bottom of this article. Many of these new designs performed admirably at competition, however we were tripped up by a few unexpected electrical and mechanical issues at competition. Despite these issues, we advanced to the quarter finals, narrowly being eliminated in that match. We are proud of the advancements we have made in this design and new ground broken for future teams. We look forward to seeing how teams take advantage our our new ideas moving forwards!

MuTanRobot_Custom_Weivoda

DTD semester wrap up

The junior comobotics team had a great season building The Kraken. The Kraken is a full body spinner, the only of its kind in our competition. The weapon/armor held up well and the robot can still drive and slowly spin up. We plan to use to the kraken for demonstration purposes at quad day next year.

VEX Big Hit At EOH

Kid plays fetch with Vex robot.