From Thursday 1 to Sunday 4 September 2016, biomechanics experts will deliver the first 3D full-body Cycling Biomechanics Course. The course is aimed at bike fitting professionals and sports coaches who want to learn how to work with the most powerful analysis tool available. This is no trivial matter, as most systems on the market until now provided data for only one side of the cyclist. The tool used in this course, Cycling 3DMA, offers extensive and innovative information that requires proper interpretation and assessment, a real step forward in cyclist analysis.
The course includes a review of the basic principles of cycling biomechanics and teaches participants how to work with the aforementioned tool, as well as with EDDO Biomechanic. It will be delivered by three experienced industry professionals: Gerardo Lozano, David Herrero, and Yeyo Corral. Technical support will be provided by the same STT engineers who have developed these tools over recent years.
Basic Information
- Course Objective: Review of fundamental cycling biomechanics concepts – Using Cycling 3DMA and EDDO systems for 3D captures (full body or single side; automated bicycle measurements) – Practical case studies.
- Speakers: David Herrero (David Herrero Biomechanics, I+D Cycling), Yeyo Corral (Aldro Cycling Team, Macrociclo, I+D Cycling), Gerardo Lozano (Caja Rural Seguros RGA, Clínica Podotec), Pablo Callejo (STT Systems).
- Dates: Thursday 1 to Sunday 4 September 2016
- Duration: 28 hours
- Location: STT headquarters, San Sebastián
- Price: €990 (VAT included)
- Discounts: 5% on system purchase
Course Syllabus
- Present and future of motion analysis systems: technical review of various products.
- Cycling disciplines and material types. International measurement standards.
- Technical concepts of main cycling disciplines.
- Practical marker placement using STT markers.
- Cleat adjustment according to discipline and foot characteristics.
- Kinematics of main cycling disciplines.
- Functional assessment of the cyclist, theoretical and practical. 3D analysis.
- Cyclist pathologies.