Competative Robotics for Students
How Vex Robotics Works
In VEX Robotics, students are introduced to the exciting world of engineering, programming, and teamwork. The process starts by forming teams of 4-6 students. Each team is given a unique game challenge that changes every year, designed to test their problem-solving and robotic design skills. Over the span of several months, students work together to build and program their robots, using the VEX IQ or VEX V5 systems to tackle the specific tasks outlined in the challenge.
Throughout the season, teams compete in multiple local and regional competitions, gaining valuable experience and refining their designs. As they progress through the competitions, the goal is to reach higher levels, such as state and even the VEX Robotics World Championship. This competitive journey pushes students to continually improve their robots and strategies, fostering skills in engineering, programming, collaboration, and perseverance
What We Offer
Vex IQ
VEX IQ Robotics is a hands-on program for elementary and middle school students, where they build and program robots to solve challenges. Using easy-to-assemble parts and simple programming, students learn STEM concepts while fostering creativity, teamwork, and problem-solving skills.
Vex V5
VEX V5 Robotics is a competitive program for middle and high school students, where teams design, build, and program advanced robots. Using powerful motors and sensors, students develop problem-solving, engineering, and strategic skills in exciting competitions.
Summer Camp
In our VEX IQ Robotics Summer Camps, students work in teams of 3-5 to build, program, and document a robot for a game challenge. Over six days, they'll develop their skills, and on the seventh day, they'll compete for awards in areas like design, programming, and teamwork.
Book a Free Trial Session
We believe students should love robotics. Come try robotics for free at one of our meetings, where students learn about how VEX robotics works, drive already built robots, and even possibly build a system of their own