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

Get ready to get HYPED! 📢 Let's hear it for the unveil of your 2023–2024 VEX IQ Robotics Competition game: Full Volume! 🤩🎉 https://www.youtube.com/watch?v=100tfTCiVmc | VEX Robotics

Introducing the 2020-2021 VEX Robotics Competition Change Up! For more information visit >> https://bit.ly/2xb4YES @RECFoundation | VEX Robotics

VEX AIM is a compact coding robot here to bring engaging computer science education to middle and high school classrooms! 🤖🌟 Packed with features that make for an immersive, hands-on CS learning experience away from screens, VEX AIM makes a perfect companion for any learning environment! ⚙️ Explore VEX AIM here: https://buff.ly/n6KJTrJ | VEX Robotics

The VEX CTE 6-Axis Robotic Arm Kit is designed for Career and Technical Education, giving students hands-on experience programming a realistic robotic arm. 💪 With this kit, your students can learn explore the Introduction to the 6-Axis Arm STEM Lab, giving them a thorough, engaging on-ramp to industrial robotics! 🌟 Get yours here: https://buff.ly/N8JDDXA 🧠 Explore STEM Labs here: https://buff.ly/kVmv3xK | VEX Robotics

Introducing your 2025-2026 VEX V5 Robotics Competition Hero Bot: Dex! 🤖🔥 This build is simple, yet effective, using what's included in the Competition Starter Kit, and is meant to offer teams a idea for a starting point for their designs! Learn all about Dex in part 1 and get some ideas for adjustments in part 2! 1️⃣ Watch Part 1 here: https://buff.ly/p5UK7m5 2️⃣ Watch Part 2 here: https://buff.ly/FOmkoSh | 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