1.3K views · 22 reactions | Celebrate a time-honored tradition the VEX Robotics way! 烙 Modify the VEX IQ Robot Soccer STEM Lab to challenge students to go head-to-head in a friendly match of robotic football! Check out the original STEM Lab for inspiration here: https://buff.ly/3QNGDcZ | VEX Robotics | Facebook

18 reactions | Exciting news - VEX IQ Online Camps have launched! 拾 In these free, virtual camps, students will play games and compete in a fun Robot Games Camp! Through instructor-led video sessions, they'll gain skills as they build, code, and drive their own robots! ️ Get camping at camps.vex.com! | VEX Robotics | Facebook

13 reactions | Step things up a notch in VEX IQ Robot Games Camp Session 3! In this session, campers learn to drive the Clawbot and control its arm and claw. They'll put those skills to the test moving objects, then learn to modify their Clawbot to give themselves a competitive edge in a robot relay race! ⛺ Join in on all of the VEX Camps fun! Check out Session 3: Driving the Clawbot here: https://buff.ly/3Ojhvur | VEX Robotics | Facebook

23 reactions | Clear, concise 3D Build Instructions allow you to zoom in and out, rotate, and jump to any step of the process! Make use of instructions for builds like this season's Hero Bots, competition fields, and more at builds.vex.com! ️瀞 | VEX Robotics | Facebook

Explore how two VEX AIM Coding Robots can interact via the robot-to-robot communication function with a fun activity! The Partner Dance Challenge is an available extension for the VEX AIM Intro Course STEM Lab's Capstone. 🕺🤖 Your students will explore how robots can send and receive messages and create their own coordinated dance routine! 🪩 Get started here: https://buff.ly/6KgdaQc 🌟 Get your VEX AIM Classroom Bundle here: https://buff.ly/UHEDywf | 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