Req 6b — Compare Youth Leagues
This option helps you compare the youth robotics world from a bigger view. Different leagues are built for different ages, budgets, build styles, and time commitments. Learning those differences can help you find a competition program that fits your goals.
Three strong leagues to compare
FIRST Robotics Competition (FRC)
FRC is the large-scale high school program in the FIRST family. Teams build larger robots for a game that changes every season. The time commitment can be heavy during build season, and teams often meet several times a week. FRC teams can be large, with students specializing in mechanical design, programming, electrical work, media, outreach, and scouting.
VEX Robotics Competition (V5RC)
VEX teams usually build smaller robots than FRC teams, but the competition is still serious and strategic. Seasons often run through local qualifiers and larger championship events. Team size can vary from a few students to a full club, and the time commitment is often moderate to high depending on how competitive the team is.
FIRST Tech Challenge (FTC)
FTC is another FIRST program, generally for middle school and high school students. The robots are smaller than FRC robots, and teams often have a good balance between design challenge and manageable scale. FTC can be a strong fit for students who want serious robotics without the size and budget of FRC.
A comparison chart
| Competition | Type of competition | Typical age group | Time commitment | Team size / scale |
|---|---|---|---|---|
| FIRST Robotics Competition | Large field game with custom-built robots | High school | High during season | Often large teams |
| VEX Robotics Competition | Repeated match play with compact robots | Elementary through high school divisions | Moderate to high | Small to medium teams |
| FIRST Tech Challenge | Medium-scale field competition with smaller robots | Middle school and high school | Moderate to high | Small to medium teams |
What each one teaches
- FRC teaches large-team coordination, advanced fabrication, and project management.
- VEX teaches iterative design, match strategy, and efficient building within a compact system.
- FTC teaches strong all-around robotics skills with a balance of hardware and code.
By this point, you have explored how robotics can grow from a merit badge project into clubs, teams, and bigger challenges. The last choice in the badge asks you to think about your own future.