VEXcode VR Virtual Skills is available NOW for our 2025-2026 VEX Robotics Competition Games: Mix & Match and Push Back! 🤩 Registered teams can develop coding skills for this year's games and practice driving anytime, anywhere and head into this season ready to compete! 💻 Learn more and get started here: https://buff.ly/52zq6Jc | VEX Robotics

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

The VEX AIR Competition Drone takes classroom learning and competition to new heights! 🤩 Explore robotics, technology, and aeronautics through exciting and immersive mission modules! 🤖 Learn more or get a quote here: https://buff.ly/crFFTDz | VEX Robotics

We're excited to take robotics education to new heights with VEX AIR! 🤩 The VEX AIR Drone is an advanced educational tool designed to enhance STEM learning by integrating drones into classroom activities and competitions, allowing students and educators to explore robotics, technology, and aeronautics. 👀 Get a quote here: https://buff.ly/24aE3yb | VEX Robotics

We're here at #FETC2026 at Booth #1317 in Orlando, Florida! 🤩 Fly on by tomorrow to try the VEX AIR Flight Simulator for yourself! This new addition allows students to practice flying a VEX AIR Drone in a safe, virtual environment. 🌟 Learn more here: https://buff.ly/z8rVZyP 🤖 Get a quote for the VEX AIR Competition Drone here: https://buff.ly/KaB3dBm | 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