Student teams from around the world brought robots they designed, built, and programmed to the VEX Robotics World Championship. They competed in a brand-new game challenge, where robots try to do tasks like moving game pieces, scoring points, or balancing.
These robots aren’t “push one button” toys. Each team has to solve lots of smaller problems to reach the big goal—like figuring out how a robot should grab, turn, and move fast without slipping. That means testing ideas, adjusting designs, and improving the code so the robot can handle the challenge.
One team from Arsenal Technical High School in Indianapolis qualified for the world championship for the first time. Getting there usually takes teamwork and patience, because a robot is like a puzzle made of parts—metal, wheels, sensors, and instructions written in code.
A helpful way to think about this story is how students treat mistakes. If the robot bumps a wall and misses, they don’t call it a disaster—they call it data. They watch carefully, change one thing, and try again, which is a smart habit for solving all kinds of problems, in robotics and beyond.
These robots aren’t “push one button” toys. Each team has to solve lots of smaller problems to reach the big goal—like figuring out how a robot should grab, turn, and move fast without slipping. That means testing ideas, adjusting designs, and improving the code so the robot can handle the challenge.
One team from Arsenal Technical High School in Indianapolis qualified for the world championship for the first time. Getting there usually takes teamwork and patience, because a robot is like a puzzle made of parts—metal, wheels, sensors, and instructions written in code.
A helpful way to think about this story is how students treat mistakes. If the robot bumps a wall and misses, they don’t call it a disaster—they call it data. They watch carefully, change one thing, and try again, which is a smart habit for solving all kinds of problems, in robotics and beyond.