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Three-Dimensional Biomechanical Analysis

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In-depth study of athletic movements requires advanced scientific tools capable of integrating multiple layers of analysis. 3D sports biomechanical analysis allows a full understanding of movement dynamics, identification of dysfunctional patterns, and improvement of training and rehabilitation efficiency.

BTS SPORTLAB combines hybrid cameras (marker and markerless), force platforms, and surface electromyography, providing a complete, multidimensional evaluation of performance. Each movement is measured with high precision, integrating kinematic, dynamic, and neuromuscular parameters into a single, unified model.

This technology acts as a true sports laboratory, ideal for research centers, technical and clinical staff aiming to apply scientific criteria in biomechanical studies, functional assessment of athletes, injury prevention, and athletic performance enhancement.

Why it matters

A 360° understanding of athletic movements helps identify inefficiencies and hidden risks.
3D analysis provides objective data on movement, force, and muscle activation, making training and rehabilitation safer and more targeted. Relying only on visual observation can lead to errors, while scientific data supports precise decisions and effective strategies.

Who it’s for

This approach involves multiple professionals:

  • Professional clubs and academies: performance staff, strength & conditioning coaches, biomechanists
  • Rehabilitation and sports medicine centers: physiotherapists, physicians, orthopedic specialists
  • Federations, universities, and research centers: protocol validation, longitudinal studies
  • Private performance centers: advanced assessments for elite and advanced amateur athletes

Key Benefits

  • Avoid premature return to play: objective criteria for progression and functional readiness
  • Streamline evaluations: simultaneous integration of 3D, force, and EMG into a single, easy-to-read report
  • Objectivity and clear communication: clear metrics, thresholds, and benchmarks for communication with staff and athletes
  • Track progress over time: monitor individual trends and compare performance across roles or teammates.

Scientific papers

11/02/2022
National Institutes of Health (NIH)

Comparison of the optoelectronic BTS Smart system and IMU-based MyoMotion system for the assessment of gait variables

20/02/2020
Vibrations in Physical Systems (VPS)

Assessment of the Functional Movement Screen Test With the Use of Motion Capture System by the Example of Trunk Stability Push-Up Exercise Among Adolescent Female Football Players

13/01/2025
National Institutes of Health (NIH)

The Impact of Exercise Play on the Biomechanical Characteristics of Single-Leg Jumping in 5- to 6-Year-Old Preschool Children

29/05/2025
Journal of Human Sport and Exercise

Ecological-dynamic approach in rhythmic gymnastics

Customer Success Story

Discover how your colleagues have made the most of our technologies.

“BTS SPORTLAB has revolutionized our approach to biomechanics and athlete performance. Its precision and versatility are unparalleled.”

Zach Mathers Assistant Strength And Conditioning Coach - Director of Sports Science at Alabama University

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