21050 MasterMinds | Behind the Bot | FTC DECODE Robot
🧠 21050 MasterMinds | Behind the Bot | FTC DECODE Robot
21050 MasterMinds brings a small, agile, high speed DECODE robot built on a four wheel coaxial swerve drivetrain with nearly every component 3D printed. This lightweight and highly responsive design allows the robot to move quickly around the field, avoid heavy contact, and maintain one of the fastest cycle times in competition.
In this episode of Behind the Bot, take a closer look at how MasterMinds uses smart packaging, rapid motion, and efficient design choices to unlock serious performance.
This video is supported by Kettering University: Accepted @KetteringUniversity1919 students can receive a FIRST/VEX Scholarship for up to $5000/year. Go to https://kettering.edu/first to learn more.
This video is supported by @StudicaRobotics. Studica structure is composed of anodized T6 aluminum that stays strong during the rigors of the competition season. FTC Teams in the US can apply for 25% off and receive team grants at https://studica.com/robots
Check out our robotics game and FUN themed merch at https://funroboticsnetwork.com/merch
Support the channel + bonus benefits like early access to scheduled videos when you become a FUN Member on YouTube join https://www.youtube.com/@funroboticsnetwork/join | Restrictions and exemptions apply
Join the FUN Discord to keep the conversation going at https://discord.gg/funroboticsnetwork
#FTC21050 #FTCDECODE #BehindTheBot #FIRSTTechChallenge #MasterMinds #RoboticsCompetition
🧠 21050 MasterMinds | Behind the Bot | FTC DECODE Robot
21050 MasterMinds brings a small, agile, high speed DECODE robot built on a four wheel coaxial swerve drivetrain with nearly every component 3D printed. This lightweight and highly responsive design allows the robot to move quickly around the field, avoid heavy contact, and maintain one of the fastest cycle times in competition.
In this episode of Behind the Bot, take a closer look at how MasterMinds uses smart packaging, rapid motion, and efficient design choices to unlock serious performance.
This video is supported by Kettering University: Accepted @KetteringUniversity1919 students can receive a FIRST/VEX Scholarship for up to $5000/year. Go to https://kettering.edu/first to learn more.
This video is supported by @StudicaRobotics. Studica structure is composed of anodized T6 aluminum that stays strong during the rigors of the competition season. FTC Teams in the US can apply for 25% off and receive team grants at https://studica.com/robots
Check out our robotics game and FUN themed merch at https://funroboticsnetwork.com/merch
Support the channel + bonus benefits like early access to scheduled videos when you become a FUN Member on YouTube join https://www.youtube.com/@funroboticsnetwork/join | Restrictions and exemptions apply
Join the FUN Discord to keep the conversation going at https://discord.gg/funroboticsnetwork
#FTC21050 #FTCDECODE #BehindTheBot #FIRSTTechChallenge #MasterMinds #RoboticsCompetition
