MOTION CAPTURE SYSTEMS
FOR ANIMAL SCIENCE

Motion capture records detailed movement metrics such as joint angles, stride lengths, and gait patterns, enabling researchers to study the biomechanics of various species with precision. By using marker-based or markerless systems, researchers can create skeletal models adapted to any animal type, from large animals like horses and sheep to smaller species and even insects. This quantitative data supports studies on locomotion, movement efficiency, and the impact of physiological conditions on gait. The technology is particularly valuable in studying rare metabolic conditions, evolutionary biomechanics, and the effects of environmental factors (such as temperature or terrain) on animal movement.

Yes. Vicon’s motion capture systems offer unparalleled flexibility and are designed to accommodate any skeleton type. This means they can analyze the movement of various species, from horses and sheep to more specialized subjects, by customizing skeletal models to match each animal’s unique anatomy. Nexus software includes native skeleton templates for common animals, and researchers can also build custom templates for species-specific requirements. This versatility makes motion capture suitable across all animal sciences, whether you’re studying large livestock, companion animals, or small laboratory specimens.

Vicon’s motion capture systems are renowned for their accuracy and reliability. For equine lameness diagnosis, for example, the technology enables veterinarians to identify subtle asymmetries in gait patterns that may indicate lameness or movement abnormalities, detecting issues that would be difficult to spot through observation alone. The system captures data with the precision needed to track recovery by comparing pre- and post-treatment gait patterns, ensuring that interventions are effective. However, capturing motion in animals requires patience and creativity, as animals cannot follow instructions the way humans can. Extensive training and careful data collection protocols are often necessary to obtain meaningful results.

Motion capture provides veterinarians and researchers with objective, quantitative data that enhances diagnosis, treatment planning, and rehabilitation monitoring. Key benefits include:

(1) Early detection of movement issues like lameness or asymmetries before they become severe;

(2) Precise treatment planning based on detailed biomechanical data rather than observation alone;

(3) Recovery monitoring by comparing pre- and post-treatment motion data to assess the effectiveness of interventions;

(4) Research advancement into conditions affecting animal welfare and mobility; and

(5) Educational value in veterinary schools, where students can visualize and understand complex movement mechanics. Additionally, in livestock management, motion capture can improve animal welfare and productivity by detecting early signs of injury or discomfort.