VEX IQ Teams
VEX IQ Robotics Competition teams for students in grades 5–8 at UP Robotics in Bethesda, MD.
Grades 5–8 · Small competition teams
VEX IQ combines hands-on robot design with fast-moving match strategy. In small teams, students build, program, test, and continuously improve a robot for the season's game—giving every member substantial time with the hardware and code.
| At a glance | Details |
|---|---|
| Grade range | Grades 5–8 |
| Team size | Typically 2–5 students |
| Practice commitment | Two 2-hour practices per week |
| Tuition | $300/month |
| Enrollment | Limited roster openings; placement required |
What team members do
- Build and iterate with the VEX IQ snap-together robotics system.
- Program autonomous behavior and reliable driver controls.
- Analyze the game, plan scoring strategies, and practice match execution.
- Track design decisions and learn from testing data.
- Share build, code, drive, and strategy responsibilities across a small roster.
Why choose VEX IQ?
VEX IQ is a strong fit for students who enjoy repeated mechanical iteration, strategic match play, and a compact team. FLL Challenge adds a research and presentation component; VEX IQ keeps more of the season centered on the robot and the game field.
The Fall schedule lists the current VEX IQ practice combinations.
Joining a team
We match prospective students by grade, experience, availability, and roster fit. Because teams are intentionally small, the inquiry path is more accurate than a generic online checkout.
Ask about VEX IQ openings See VEX IQ practice times
Frequently asked questions
Does my child need VEX experience?
Not necessarily. Prior building or coding experience can help, but students can also prepare through UP Robotics classes and instructor guidance.
How is VEX IQ different from FLL Challenge?
VEX IQ emphasizes robot performance and match strategy. FLL Challenge combines robot missions with an Innovation Project, judged presentations, and FIRST® Core Values.
What comes after VEX IQ?
Older students ready for metal construction, Java programming, and a larger robot can explore an FTC team.