October 21- 23 2022
During our off-season 2022 GRITS competition, the team was the first pick of the 7th alliance and won the spirit award! Though we faced challenges during the qualification matches, our amazing team handled the issues briskly and expertly, allowing our robot to perform well during the quarterfinals. Our climb worked excellently, and the scouting team shined through in GRITS with their dedicated work, not missing a single match! Next step: OSCAR's 2023 competition season!Written by: Madison Lu
April 6 - 9 2022
At state we were the 8th seed alliance captain and made it to quarterfinals. At the end we ranked 16th in the state. Although we did not qualify for worlds this was a huge accomplishment to make it this far! Thank you to parents, mentors and sponsors. We would not be here without you! See you all next season. OSCAR! OSCAR! OSCAR!Written by: Lucy Merrell
March 24 - 26 2022
At Carrollton our new climb hooks and shooter worked great! We were chosen by the 4th seed alliance and made it all to semifinals. At the end we ranked 11th in the state. Despite the technological issues causing the online scouting form not to work in the stands. Our Head of Scouting, Aklesia Moges, stayed up late and entered in every single paper form for each match! This competition was a huge stepping stone for OSCAR. On to the State Championships we go!Written by: Lucy Merrell
March 10 - 12 2022
At Dalton, we ranked 5th in the state. We got to be the 3rd seed alliance captain. Our team was able to make it all the way to semifinals but unfortunately lost to the 1st seed alliance. We were awarded the team spirit award and we were all very excited to come back to Carrollton with new climb hooks and a new shooter!Written by: Lucy Merrell
July 9 - 10, 2021
When covid hit, all competitions were cancelled. As a result, the competition July Heat was invented as a fun off-season summer competition. For me, this was my very first competition I had ever been to. Throughout qualification matches 832 did very well! We ranked 11th and were chosen by the first seed alliance. We continued to make all the way to semifinals with our alliance partners 1771 and 4188. At the end we were awarded the "Team On Fire" award because throughout the many times something broke, we were always able to fix it!Written by: Lucy Merrell
March 1 - 2, 2020
As the first competition of the season comes to a start, adrenaline rushes and nerves soar. We have to compete in the second match of the day but still we had lots to get done which include integrating bumpers, mount the belly pan, and get an autonomous programmed. Fortunately we were able to get all this done before the opening ceremony. However, we still lost our first match, but this did not lower our spirits. We learned from the mistakes we made during that match and went on to win our next match. We continued to learn and progress throughout the competition, not only with our match performance, but with how we connected with each other as a team. We ended the first day of matches in 7th place but due to a match in which the radio was not connecting to the robot and field, our place dropped lower. We later found a problem in the wiring and are looking for a solution. On the second day we started off great, later we ran into a huge problem, all the electronics on the robot stopped working. We spent a lot of time trying to figure out and solve the problem. We had to go into a match after we weren't able to solve the problem so we deactivated all functions except for driving, this allowed us to play defense of the opposing alliance. At the end of all rounds, play-offs were set to happen. Sadly, we did not it into top eight however, we were chosen to play in the play-offs with an alliance.Written by: Sumayyah RepoleEdited by: Nadya Paschall
Time to Fly
February 24 - 28, 2020
As the build season comes to an end, our team can feel the impending pressure of the first competition: Gainesville. We still had our intake and climber to build, but we wanted to focus on what would earn us the most points during a match. Since our endgame climb would award us more points than shooting Power Cells, it seemed the obvious choice. For the climber, we decided to go with a climb extender and a winch. The climb extender is made with rev extrusion strung together with string making a continuous lift. At the tip of the lift is the hook we constructed. When the hook latches on to the Generator Switch, it detaches. We then use a winch (that has a string running through a crossbar on the robot's superstructure) to pull the robot up. Luckily, we were able to finish within a few days, so we moved our focus to the intake. With our original design, we faced many problems such as the intake being unstable and not effectively sending the balls to the spindexer. So, we prototyped other designs that may work better. We decided to leave the original intake on, but modify it and add better components. Later on, we focused on completing the vision tracking on the Turret. This allowed us to shoot more accurately and consistently. The week ended with us packing the robot into the trailer, mentally and physically preparing for our first flight.Written by: Sumayyah RepoleEdited by: Christina Wu
February 9 - 15, 2020
Our team has finally finished the turret and superstructure of our robot. We also finished assembling the hood for the shooter. With that done, we were able to test our robot, and good news is, it successfully shoots! After some celebration (courtesy of Publix), our team went to Kennesaw State University to bend the competition robot chassis and turret.Written by: Christina WuEdited by: Rajath Prabhakar
January 26 - February 1, 2020
This week came with many successes. The biggest of which is our new sponsor: RayPaul Coating!! They are a powder coating company (and are very easy to work with) that has agreed to help us powder coat our parts for our robot. Check out their website here. In other news, the drivetrain for the 2020 season finally started coming together, and we also started coming up with names for our robot.
We have a tradition in which we name our robots after animals that share characteristics with them. The name we originally had in mind is Hippo, however, this year we wanted to change this tradition. We now want to name it HindSight, chosen to reflect our past mistakes--and successes. This robot is meant to be the culmination of all our past, coming together to build the ultimate performing robot.
With our drivetrain being assembled, we started working on the other components of the robot, specifically the spindexer, the part of the robot which rotates with the powercells. The top of the spindexer is divided with Glyphs (foam blocks from FTC Relic Recovery). These compartments are what divide the powercells. We were able to get the spindexer built. The only thing left to be added was the electronics. We also worked on the CAD of the turret to in the middle if the spindexer. The turret also houses the shooter. We prototyped multiple intakes, different compressions, and different wheels for the intake. We decided to use a steel rod with rubber lining inside of it and we mounted it to the robot. Afterwards, we tested it, and found it worked quite well.Written by: Sumayyah RepoleEdited by: Christina Wu
The Fresh Market
January 19 - 25, 2020
The business team is excited to announce that OSCAR Robotics is now sponsored by The Fresh Market!! Check out their website here! They have agreed to supply us with food during our competitions, and we are looking forward to working with them.
After many days of consistent stress, our design team has made changes to the Project Mule drivetrain in CAD and came to a decision to try a Spindexer and turret combination as the shooting and intake mechanism for our robot. They also decided to use a sliding climb
Our team tested a two-wheeled shooter in comparison to a one-wheeled shooter. Although they are still deciding upon which is better, the majority of our team leans toward the one-wheeled (hooded) shooter, since it is more consistent in it's targets. Our driver, Matthew Greenberg, also practiced driving tank driving and got familiar with the driver controls.Written by: Christina WuEdited by: Sumayyah Repole
The Beginning of Greatness
January 5 - 11, 2020
As our first week comes to a close, members breathe out a sigh of relief. It truly had been a hectic week, filled to the brim with projects, difficulties, and successes.
Our mechanical group was most successful. Although they did begin to work on field and the Project Mule drivetrain, their crowning achievement for this week was their two prototype shooters; a two-wheeled shooter and a hooded one-wheeled shooter.
Our programming and electrical group combined to adapt our off-season robot motor controllers to work with the prototypes made by the mechanical and design teams. The purpose of this was to test the control variants of the prototypes. The programming team also began the framework for the 2020 robot code.
Last, but certainly not least, is our design team. They finished CAD (Computer Assisted Design) for a shooter prototype and a prototype intake.Written by: Christina WuEdited by: Sumayyah Repole
January 4, 2020
Marking the beginning of the game and build season, FIRST Robotics Competition (FRC) announced the game for this season's competition. We read the rules and guidelines to newcomers and started on choosing the best outline for this year’s stage. We then voted as a group to come up with the best drivetrain option based on maneuverability (traverse ability), price, maintenance, and etc. Here are some first-hand experiences of the kick-off:
Nadya: I thought that the game reveal was really eye-opening as a new member and I look forward to being apart of this FRC!
Dev: The game reveal was nicely setup and complex. As a programmer, I think that the robots and prototypes would be fun to code.
Matthew: It’s going to be an interesting robot to code. It was a good event. It was great to learn about the game along with friends.
Davis: It was good. A lot of support showed up and good brainstorming. This years game has a lot of math involved and I look forward to that.
Will: The game reveal was very good.
Alec: I understood the game, therefore I like it.Written by: Nadya PaschallEdited by: Christina Wu
December 8 - 14, 2019
As a FIRST Robotics Competition (FRC) team, most of our off seasons was spent focusing on our FIRST Tech Challenge (FTC) team. As a result, we went into the new season with inexperienced students. Because of that, this year, we decided not to take part in the FTC league.
Instead, we worked on a project that explored possible components to be used in the upcoming season. This includes if the drivetrain would be made out of extruded metal or sheet metal. We were also able to experiment with other components, such as the transmission, type of wheels, and the overall structure of the robot.
We named this project "Project Mule". This project not only gave us a head start on ideas for next season, but also introduced new members to the experience of building and designing a robot--without the high stress of the build season.
Project Mule not only helped with the mechanical and design team, but also the programming team. The majority of the new members took an interest in the programming section. Most of them had programming experience from a class they were taking, however to sharpen their skill,s our two main programmers and a mentor worked with these members.
We came up with two design ideas; the first was to use extruded metal to build the drive train, the other was to use sheet metal. The design team split into two groups to complete the design idea, and whichever group presented the better model would see their idea executed. The teams made CAD or 3-D model designs of what they wanted the robot to look like. The models included the features that would be on the robot. This process went on for 2 weeks before the team decided on a design.
While the groups were competing, the team decided on the type of wheels and the transmission for the project, and they were quickly built by the mechanical team. The Sheet Metal drivetrain design group presented the superior model, and so, they won.
We took the CAD designs and transferred them to our CNC machine. The machine cut out the patterns and holes needed for the project. We then took the cut metal to the facilities of one of our sponsors, Kennesaw State University, to get the metal bent. After the metal was bent, we brought it back to the school to assemble the robot.
After the assembly was done and the code was implemented, we drove it and experimented with the drivetrain. It was positively fantastic. We are going to use it to help our programmers improve their code. We are always trying to improve our team and sharpen our member's skills.Written by: Sumayyah RepoleEdited by: Christina Wu
Team Tube Versus Team Sheet
November 17 - 23, 2019
We focused on continuing our major drive train off season project. The tube-focused team (aptly named "team tube") and plate-focused team.Written by: Davis PooleEdited by: Christina Wu