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Robotics » Beach Cities Robotics

Beach Cities Robotics


Orange County Regional Competition at UC Irvine

Over the weekend, Beach Cities Robotics competed in the Orange County Regional competition at UC Irvine. Out of 52 teams, we ranked 6th at the end of the qualification matches. At the end of the tournament, we finished 5th!


The team was also recognized for its programming and received the Innovation in Control award for our programmed regulators on the robot. [I’m afraid for details on this since it is a bit beyond my level of technical understanding of programming, you will need to ask our lead programmers Jim Villani (senior) and Marley Edmonds (junior)].


Special shout-outs to senior Andy Barbee who lead the team’s scouting and strategy for the game over the weekend, and senior Kristen Ung for leading the presentation of our business plan to the judges throughout the weekend.


Also, here is a video from one of our matches!
Note: we start on the left side in the center. Our team number is 294.


Please see the photos below for some great moments over the weekend!



Previous Updates:


The video below is our autonomous routine which means there is no one driving the robot.  All matches start with this before the “TeleOP” period (in which the students then drive the robot.)



Our first competition is March 23rd and 24th at UC Irvine’s Bren Events Center. The event runs all day both days!


Wish us luck!





This is the mid-season update from Beach Cities Robotics. This week marked our halfway-point in the season. This is a key point in the season, as it marks the date we must stop working on our competition robot and place it into a large plastic bag until our first competition.


If you need a bit of a refresher, here is the game we have designed the robot to play: https://www.youtube.com/watch?v=HZbdwYiCY74


Our first competition will be March 23rd and March 24th at the Bren Events Center at UC Irvine. While it is a bit of a drive, the event is a lot of fun and offers many things for those of all ages to enjoy! Other than paying for parking, the event is free! If you are interested, I encourage you come by for a bit to check it out and support our kids! I can also recommend some great options for lunch and ice cream if you are in the area!


In the meantime, the students are busy in our lab preparing for their judging presentations, machining spare parts, and testing the programming code on our robot duplicate (see the attached photos).


Here are some highlights about our robot for the year (as described by junior, Logan Hayes):

  • The defining feature of our robot is that it has a 12 inch telescoping arm (it extends up and out to lift boxes) powered by pneumatics and motors. When the arm is lifted, the robot is over 7.5 feet tall.
  • The claw-shaped grabbers on the robot can grab the plastic game cubes from any angle on the field. This includes 8 wheels (4 per side) powered by motors.
  • The intake for cubes can fold down, giving us more angles with which we can grab cubes. It uses motors with 6 wheels to achieve this.
  • The 8 wheel west coast style driving base can travel at 19 feet per second (that’s 13 miles per hour!).
  • The robot is programmed to autonomously (i.e. not manually operated) travel across the field and place a cube into an elevated scoring platform.





The robotics team officially kicked of our 2018 season on Saturday, Jan. 6, when the new game “Power Up” was released.  For those interested in the game we are designing the robot for this year, here is a link to the game explanation and animation.


Our team’s volunteer mentors and students carefully read the rule book (it’s over 100 pages!) and then did a game simulation.  Mentors started gathering materials and organizing supplies so we could build a wooden game field replica in our lab for practice.


On Sunday, Jan. 7, our mechanical student team completed the game field and began designing prototypes for the new robot’s mechanisms. In addition, our programming/strategy student team began to break down the rules and started the beginning stages of forming a strategy for the team. This will be an essential part for the team’s success in this year’s game.  

Meagan Kunert

Social Science Department
Robotics Coach