About VexTrainer

Professional PROS programming curriculum for VEX robotics teams

What is VexTrainer?

VexTrainer is a comprehensive, structured curriculum designed to teach competitive VEX robotics teams how to program their robots using PROS (Purdue Robotics Operating System) and C++. Our lessons take students from absolute beginners to advanced autonomous programming, covering everything from basic motor control to PID algorithms, odometry, and path following.

Why PROS?

PROS is a professional-grade robotics development environment that gives teams complete control over their robot's code. Unlike block-based programming environments, PROS:

  • Provides direct access to all V5 hardware capabilities
  • Enables precise timing and real-time control
  • Supports industry-standard development tools (VS Code, Git, etc.)
  • Prepares students for college-level computer science and engineering
  • Is used by top-performing teams worldwide

Our Approach

VexTrainer teaches fundamentals first. Instead of relying on pre-built libraries, students learn to build their own PID controllers, odometry systems, and autonomous routines from scratch. This deep understanding means students can debug issues, customize behavior, and explain their code to judges during competition.

Each lesson includes:

  • Clear explanations of concepts and theory
  • Practical code examples with syntax highlighting
  • Real-world applications to competitive robotics
  • Progress tracking to monitor learning

Who We Serve

VexTrainer is designed for VEX V5 robotics teams who want to:

  • Learn professional-grade programming skills
  • Gain a competitive advantage through advanced autonomous routines
  • Build a strong foundation for college CS/engineering programs
  • Understand their code well enough to explain it to judges
  • Develop problem-solving and critical thinking skills

Open Source & Community

VexTrainer's curriculum is built on the principle that quality robotics education should be accessible to all teams. Our lessons are freely available, and we welcome feedback and contributions from the community.

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Create a free account and begin your journey to advanced robotics programming.

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