The VEX Robotics World Championship is an event like no other for our incredible robotics teams and mentors! We are honored to host this event for students all over the world to come together and do what they love: robotics! 🤖🌎 Learn how #VEXWorlds makes an impact on these students' lives here: https://buff.ly/3u711eA | VEX Robotics

3K views · 18 reactions | Bring robotics competitions to your classroom and community with fun, imaginative VEX GO Competition Fields!  The Mars Math Expedition STEM Lab challenges students to code their robot to collect samples, rescue a rover, lift a rocket ship, and more! 瀞 Order your VEX GO Competition Field Kit here: https://buff.ly/5Nihpul | VEX Robotics | Facebook

You've been waiting all year and the moment has finally ARRIVED! VRC teams, we are proud to present your 2022-2023 competition season game: Spin Up! 🎉 https://bit.ly/3w5uYvL | VEX Robotics

VEX V5 Beginners Guide

Teaching VEX V5 for the first time? Prepare for the upcoming school year with the V5 Training Course on VEX PD+! This instructor-led, video-based course takes you through everything you need to get acquainted with VEX V5 and feel confident teaching your students how to build, drive, and code these robots! Get started here: https://buff.ly/3YsAZQI | VEX Robotics | Facebook

Elevate your virtual robot builds with the VEX STEPmaker! 🔧🔩 Whether you're a student, part of a team, or a teacher using CAD assembly, this tool makes it easier and quicker to design custom-sized parts or modify existing ones. Learn more here: https://buff.ly/amSQO10 | VEX Robotics

The VEX STEPmaker helps students using CAD software for digital robot assembly speed up their process! ⚙️ With helpful functions like cutting teeth from gears and forming custom rubber band and chain patterns, this tool is a great way to make your CAD assembly more efficient! Learn more & download here: https://buff.ly/3Ak3kkj | VEX Robotics

Inside Marist’s Robotics program, students learn by building, testing, and competing. Using the VEX Robotics Design System, students work in teams to design, construct, and program autonomous mobile robots. Through hands-on lab challenges, they explore real-world engineering concepts like drive trains, electrical boards, lift mechanisms, sensors, and coding logic, refining their designs through trial, error, and collaboration. For their midterm project, Robotics 2 Honors students designed, coded