module 11 of 12
Once you can build a working mechanism, this module shows you how the top teams make them fast, light, and bulletproof. We go deep on system characterization with SysId, simulation-driven design with WPILib physics models, motion profiling for crisp superstructure moves, weight-and-stress-driven structural design, and real Open Alliance case studies (FRC 6328, 1678, 2910). The emphasis is on the engineering judgment behind elite robots: choosing reductions from a torque-speed analysis, validating a design in CAD and sim before cutting metal, and packaging serviceable, manufacturable mechanisms. Everything cites real tools, real teams, and real parts.
Advanced Techniques & Case Studies closes the Mechanical, Build & Pneumatics guide as module 11 of 12, after Common Mistakes & Troubleshooting. Its 5 lessons are about 150 minutes of the guide's ~21 hours.
what is behind this tab
you can read them out of order, nothing is locked
words this module uses without explaining
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This is the Mechanical, Build & Pneumatics one: 5 lessons, about 150 minutes. The modules below share the name over completely different material.
when it breaks, not how it works
| no. | module | lessons |
|---|---|---|
| pre | Engineering Foundations: Forces, Torque, and Machines | 4 |
| 01 | Drivetrains: Moving the Robot | 4 |
| 02 | Power Transmission and Gear Ratios | 4 |
| 03 | Structure, Materials, and Fasteners | 3 |
| 04 | Mechanisms, Fabrication, and Assembly | 3 |
| 05 | Pneumatics Fundamentals: How Air Becomes Motion | 3 |
| 06 | The Components: Controllers, Compressor, Valves, and Cylinders | 4 |
| 07 | Building, Wiring, and Programming a Pneumatic System | 4 |
| 08 | Safety, Rules, and Testing | 3 |
| 09 | Worked Examples & Mini-Projects | 5 |
| 10 | Common Mistakes & Troubleshooting | 5 |
| 11 | Advanced Techniques & Case Studiesyou are here | 5 |