Mastering FTC Robotics: A Practical Guide to 3D CAD, Hardware Selection, and Match Strategy

Unlock the complete blueprint for designing, building, and competing with top-tier FTC robots.

Whether you are a rookie team member trying to understand mechanical components or a seasoned student engineer looking to level up your CAD workflow and field strategy, this comprehensive guide bridges the gap between theoretical engineering and competition success.

Written by an active FTC participant and engineering mentor, this textbook distills years of hands-on build cycles, design iteration, and competition experience into a practical, step-by-step framework.

What You’ll Discover Inside:

• 3D CAD Prototyping & Predictive Design: Learn how to model, test, and stress-test physical assemblies in CAD before cutting a single piece of material—saving time, budget, and weight.

• Essential Robot Hardware & Components: A deep dive into structural framing, drive trains, motion mechanisms, gear ratios, and electronics so you always select the right hardware for the job.

• Proven FTC Strategy & Game Analysis: Master the art of match breakdown, alliance planning, autonomous pathing, and strategic trade-off analysis under high-stakes match conditions.

• Troubleshooting & Mechanical Reliability: Practical techniques for diagnosing physical failure points, structural vulnerabilities, and maintaining peak robot performance throughout an entire competition season.

Who Is This Book For?

• FTC Student Engineers & Programmers looking to sharpen their hardware design and strategy skills.

• Robotics Coaches & Mentors seeking a structured, ready-to-use curriculum for team training.

• Rookie & Veteran Teams aiming to build more resilient, high-performing mechanical systems.