Our Evolution

A journey through the defining stages of our study on human body dynamics.

2018

Conceptual Foundation

We initiated basic research on impact forces in human movement, establishing the first methodological framework for analyzing joint kinematics.

  • • Publication of the first pilot study
  • • Development of measurement protocols
Technical analysis diagram
2020

Methodological Advancement

We integrated 3D modeling and computerized simulations for the study of structural resistance, extending the analysis to the entire locomotor system.

  • • Launch of the primary data platform
  • • Collaborations with research institutes
3D structural modeling
2023 - Present

Integrated Portal

Launch of balletofelpaso.com as a dedicated portal, consolidating all research into an accessible resource for studying body dynamics under intense effort conditions.

  • • Extended database with over 100 case studies
  • • Global standardization of our methods
Data analysis and portal

Biomechanics of Movement

A portal dedicated to the analysis of impact forces, joint kinematics, and the study of the structural resilience of the locomotor system.

Who We Are

We are an expertise center dedicated to studying the dynamics of the human body under intense exertion. Our work is based on rigorous scientific principles and advanced structural analysis.

We focus our research on the interaction between forces, movement, and anatomical resilience, offering a technical perspective on the performance of the locomotor system.

Who We Work For

  • Researchers in the fields of biomechanics and kinesiology
  • Medical engineers and specialists in orthopedic prosthetics
  • Coaches and therapists in the field of elite sports performance
  • Students and academics passionate about body kinematics and dynamics

Positioning and Tone

01

Scientific

Communication is based on data, precise terminology, and analytical clarity.

02

Authoritative

We present conclusions derived from observation and modeling, not from opinions.

03

Accessible

We make complexity easy to understand for involved professionals.

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