A Major Research Milestone for Theia3D

Updated on:
June 10, 2026
Theia
Recent Posts
Assessment of Asymmetrical Lower Limb Range of Motion in Six-Step, a Basic Footwork in Breakdance (Breaking)
With the inclusion of breaking as an official Olympic sport at Paris 2024, the acrobatic dance genre has garnered attention from the public, media, and researchers alike. Recent research has found a higher incidence of musculoskeletal injuries among breakers, particularly in the lower limbs. A team at Ehime University in Japan used markerless motion capture to study Six-Step, the most fundamental footwork pattern in breaking and one performed by dancers at every skill level, to find out exactly how much range of motion (ROM) is required of each leg in this inherently asymmetric movement.
A Guide to Pitching Biomechanics and Motion Capture Measurement
Understand the key phases of the pitching motion, why the shoulder and elbow face high stress, and how motion capture helps analyze throwing mechanics.
3D Gait Analysis: What It Measures and How Labs Capture It
See what 3D gait analysis measures, how marker-based and markerless systems capture movement, and what research says about their accuracy.

Summary

More than 50 independent, peer-reviewed research publications now cite, evaluate or review Theia3D across domains including gait, sports performance, postural control, upper-extremity movement and other biomechanics applications. These publications are available in world-leading journals including Journal of Biomechanics, Journal of Applied Biomechanics, Gait & Posture and Clinical Biomechanics. Together, they represent a growing body of evidence across different movements, populations and environments, reinforcing Theia3D’s position as the most extensively validated markerless motion capture system.

50+ Publications: The Growing Evidence Behind Theia3D 

Theia3D has now been included in more than 50 research publications from institutions around the world. This includes direct comparisons with established marker-based systems, reliability and validity studies, systematic reviews, research protocols and applied studies using Theia3D.

The research now spans:

  • Gait and running biomechanics
  • Sports performance and change of direction
  • Return-to-activity and functional movement
  • Balance and postural control
  • Upper-extremity biomechanics
  • Neurological and orthopaedic populations
  • Clothing and real-world collection conditions
  • Biomechanical modeling and markerless methodologies

Explore the full body of research below:

Gait Biomechanics 

Running Biomechanics

Sports Performance and Functional Movement 

Balance, Postural Control and Neurological Movement

Upper-Extremity Biomechanics

Markerless Motion Capture Methods and Modeling

Bring Theia3D Into Your Research

Contact us today to discuss your study requirements and see whether Theia3D is the right fit.

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Recent Posts
Assessment of Asymmetrical Lower Limb Range of Motion in Six-Step, a Basic Footwork in Breakdance (Breaking)
With the inclusion of breaking as an official Olympic sport at Paris 2024, the acrobatic dance genre has garnered attention from the public, media, and researchers alike. Recent research has found a higher incidence of musculoskeletal injuries among breakers, particularly in the lower limbs. A team at Ehime University in Japan used markerless motion capture to study Six-Step, the most fundamental footwork pattern in breaking and one performed by dancers at every skill level, to find out exactly how much range of motion (ROM) is required of each leg in this inherently asymmetric movement.
A Guide to Pitching Biomechanics and Motion Capture Measurement
Understand the key phases of the pitching motion, why the shoulder and elbow face high stress, and how motion capture helps analyze throwing mechanics.
3D Gait Analysis: What It Measures and How Labs Capture It
See what 3D gait analysis measures, how marker-based and markerless systems capture movement, and what research says about their accuracy.
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Summary