Suspension Systems for Bicycles
( 30 Modules )

Module #1
Introduction to Suspension Systems
Overview of suspension systems, importance of suspension in bicycles, and brief history

Module #2
Types of Suspension Systems
Front suspension, rear suspension, full-suspension, and hybrid systems

Module #3
Suspension System Components
Forks, shocks, springs, and other essential components

Module #4
Fork Designs and Types
Rigid forks, suspension forks, and hybrid fork designs

Module #5
Fork Components and Functions
Crown, steerer, and stanchions; fork travel and compression

Module #6
Tuning and Adjusting Front Suspension
Setting sag, rebound, and compression; adjusting fork travel

Module #7
Rear Suspension Designs and Types
Hardtail, softail, and full-suspension designs; Horst link and FSR systems

Module #8
Rear Suspension Components and Functions
Rear shock, swingarm, and pivot points; rear travel and compression

Module #9
Tuning and Adjusting Rear Suspension
Setting sag, rebound, and compression; adjusting rear travel

Module #10
Full-Suspension Designs and Types
Dual suspension, four-bar, and VPP systems

Module #11
Full-Suspension Components and Functions
Front and rear shocks, swingarms, and pivot points

Module #12
Tuning and Adjusting Full-Suspension
Setting sag, rebound, and compression; adjusting front and rear travel

Module #13
Suspension Kinematics
Understanding suspension movement and kinematics

Module #14
Suspension Dynamics
Understanding suspension behavior under load and speed

Module #15
Suspension Optimization Techniques
Using data analysis and simulation to optimize suspension performance

Module #16
Suspension Maintenance Essentials
Cleaning, lubricating, and inspecting suspension components

Module #17
Suspension Repair Techniques
Replacing seals, servicing shocks, and repairing fork components

Module #18
Troubleshooting Common Suspension Issues
Diagnosing and fixing common suspension problems

Module #19
Suspension Design Principles
Understanding design considerations for suspension systems

Module #20
Fabricating Suspension Components
Designing and building custom suspension components

Module #21
Suspension System Integration
Integrating suspension systems into bike designs

Module #22
Suspension Testing Methods
Dyno testing, track testing, and laboratory testing

Module #23
Evaluating Suspension Performance
Analyzing data and evaluating suspension performance

Module #24
Suspension Comparison and Analysis
Comparing and analyzing different suspension systems

Module #25
E-Bike Suspension Systems
Design considerations and challenges for e-bike suspension

Module #26
Downhill and Enduro Suspension
Design considerations and challenges for high-impact suspension

Module #27
Suspension for Other Types of Bikes
Design considerations and challenges for cyclocross, gravel, and road bikes

Module #28
Suspension System Evolution
Historical development and future trends in suspension systems

Module #29
New Materials and Technologies
Emerging materials and technologies in suspension systems

Module #30
Course Wrap-Up & Conclusion
Planning next steps in Suspension Systems for Bicycles career

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Suspension Systems for Bicycles ( 30 Modules )

Suspension Systems for Bicycles
( 30 Modules )