ECSS 2021 – European College of Sport Science Virtual Congress

Join Kistler at the ECSS 2021 – European College of Sport Science Virtual Congress  already on 7 September at the Pre-Congress!

Discover innovative solutions to integrate 3D force plates in performance analysis and biomechanical systems.

We are pleased to invite you to join us at two exciting live online presentations highlighting recent and current projects that integrate Kistler 3D force plates into performance analysis systems and explaining the physics behind them. Experts from various fields and with different backgrounds will present the following topics:

  • Stadium 4.0 – a turnkey solution from Kistler (15:00-16:00 CEST)
    Learn more about how Kistler develops biomechanical systems from scratch and how the considered technical and human interfaces will ensure high quality data.

    In addition, our biomechanics expert will give you fascinating insights into new state-of-the-art connectivity and interaction methods and demonstrate this with examples from several international projects.

  • Revealing the invisible in golf instruction - the Smart2Move 3D Kistler force plates (18:00-19:00 CEST)
    The CEO and CTO from Smart2Move will introduce an innovative golf instruction system to you. You will gain insights about why the measurement of 3D ground reaction forces by a 3D Kistler force plate is essential for golf players to improve and optimize their golf swing..

Are you Interested? Just go ahead and register now for the events or, alternatively, watch the recorded webinars later on our Webpage!

We are looking forward to welcome you soon! 

Intervenants:
  • Thomas Walter, Biomechanics Expert and Sales Engineer at Kistler
  • Jean Paul Fernandez, Sport Scientist specialized in golf in the last 14 years and CTO of the Smart2Move AG
  • Gregory Lebrat, CEO and Co-Founder of the Smart2Move AG, Golf Instructor since 2003
ECSS 2021 – European College of Sport Science Virtual Congress
07/09/2021
15:00 CEST (UTC+2)
18:00 CEST (UTC+2)
60 min
EN
Dominik Jenni
Head of BU Biomechanics
Contact
Max 25 MB