Our team had a great time demonstrating our robot at the Duluth Huskies baseball game on June 11th. The Huskies pulled out an awesome walk off win in extra innings. Also, we would like to thank the Lahti Foundation for their extremely generous donation!
This week we reached big milestones in the construction of our robot. Our frame is now completely welded! Students have been hard at work grinding the welds smooth. We have fabricated our climbing elements and begun preparing the top of our robot by cutting and milling pieces. The programming sub-team has finished coding the turret…
January 27th, 2024 Denfeld Nation Automation (DNA) Week Three Update Greetings, During DNA’s third week of the FRC competition, significant strides were made. The team’s prototypes were tested and reworked, to allow for better playability and design. With the drive base all wired up the programmers were able to start implementing code and testing out…
February 26th, 2022 Denfeld Nation Automation (DNA) Update for Week Seven Greetings, During the seventh week of our build season, we were able to put the finishing touches on both the build and business sides of the team. The robot build sub-team reinforced our climbing mechanism with steel as well as our intake system. The…
March 9th, 2024 Denfeld Nation Automation (DNA) Week Two Competition Update Greetings, After participating in their first week of competitions, DNA has been working diligently to prepare for the Colorado Regional in Denver. In order to make the modifications they need to be a competitive team, it was decided to build a second robot. They…
DNA 4009 with be competing at the State High School Robotics tournament this Saturday, May 21st at Mariucci Arena. The morning session begins at 8:00 AM. If you can’t make it to State, please come and join us on the webcasting stream. The link is below however, Grand Stadium.TV/MSHSL charges a fee of $6.97 per…
March 11th, 2023 Denfeld Nation Automation (DNA) Update for Week Nine Greetings Sponsors, DNA’s Build sub-team primarily focused on checking over their robot, making sure wires were connected, nothing had broken, fixing the swerve modules, and continuing to think up design changes or ideas to make their robot more efficient. The Programming sub-team started creating…