The Largest Robotics Competition in the World takes place May 6-14 in Dallas, TX! 🥳 The VEX Robotics World Championship kicks off next week at the Kay Bailey Hutchison Convention Center! Come see this animation in person at the Media Wall in the AT&T Discovery District during #VEXWorlds! 🌟 | VEX Robotics

Don't miss a moment of the 2025 VEX Robotics World Championship! 🌎 Stream every ceremony, match, and moment of robotics excellence on VEX Robotics TV and be a part of the action! #VEXWorlds 📺 Bookmark this page and get ready to tune in: https://buff.ly/bSxSM5M | VEX Robotics

Each year, the VEX Robotics World Championship brings together incredible young engineers from all around the world to compete under one roof for an experience like no other! 🤖🏆 #VEXWorlds 📽️ Catch the full video here: https://bit.ly/4lUBm0x Learn more about VEX Robotics Competitions at competition.vex.com. | VEX Robotics

Hear from some of the amazing 2025 VEX Robotics World Championship attendees about what their experience meant to them! 🌟🤖 #VEXWorlds 📽️ Watch the full video here: https://buff.ly/CZC44Fp 💪 Learn more about VEX Robotics Competitions here: https://buff.ly/ucPASAU | VEX Robotics

At the 2025 VEX Robotics World Championship, there were so many amazing teams and coaches representing China! #VEXWorlds 📽️ Check out this compilation of interviews from these incredible students and mentors in the full video here: https://buff.ly/CJx4hX8 | VEX Robotics

Only 50 days remain before the 2025 VEX Robotics Educators Conference kicks off in Dallas, Texas! 🎉 Connect, learn, & grow with us through expert-led presentations, hands-on workshops, and exciting networking opportunities! ⌛ Register by April 15th to secure your spot: https://buff.ly/nBm1Fdp | 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