Description
This seminar provides an excellent opportunity for individuals with limited or no experience with dyno testing to learn the fundamentals. Open to all, the course fosters a collaborative environment where professionals from diverse fields—such as automotive, mountain bike, and motorcycle suspension engineering—can exchange ideas and insights to advance their understanding and techniques.
If you’ve recently acquired a dyno and would like guidance on its operation and capabilities, this seminar is designed to help you get the most out of your equipment.
- Understand how damper design and internal architecture influence performance and tuning outcomes.
- Analyze pressure differentials within the damper and their impact on force generation and consistency.
- Identify and minimize friction and stiction effects that distort dyno results and on-track behavior.
- Evaluate damper response time and its effect on suspension performance under dynamic conditions.
- Assess how piston design and flow paths alter damping curves and tuning range.
- Detect and diagnose cavitation and hysteresis using dyno data and testing methods.
- Operate and configure a damper dynamometer (dyno) for accurate, repeatable testing.
- Interpret dyno graphs and data to make informed suspension tuning and design decisions.
- Professionals seeking advanced knowledge in dynamometer (dyno) testing
- Engineers involved in the suspension component supply chain
- University students studying automotive, motorsport, or mechanical engineering
- Damper technicians across all disciplines and experience levels
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