Our focus is to help people walk and run without pain. Our scientifically-grounded yet patient-focused platforms are endorsed by clinicians and academics world-wide.
We have succeeded in bringing the gold-standard of biomechanical assessment out of the research lab and into everyday clinical practice. Pairing the same technology used to create computer generated characters in Hollywood movies with our innovative software, we can analyze movements with unprecedented detail.
Our platforms quantify motion, analyze patterns, and identify asymmetries in walking and running gait with the most accurate technology available. 3D motion capture provides a level of precision that is impossible to measure using video analysis or wearable inertial sensors.
Gait retraining is an effective and long-term solution for common musculoskeletal overuse injuries. Our advanced real-time analysis enables you to replicate scientifically-validated gait retraining protocols for proven results.
Obtaining accurate information about the effects of an intervention is fundamental to success. Our platforms instantly quantify the impact of different footwear, gait retraining, fatigue and surgical intervention.
Infrared technology accurately measures 3D joint angles in real-time, enabling you to quantify your client's biomechanics, recommend evidence-based treatment, monitor outcomes of intervention and assess progress over time.
Run3D automatically quantifes musculoskeletal risk-factors, enabling you to identify abnormal patterns in your client's running or walking gait and deliver the optimal treatment recommendations each and every time.
If you're interested in learning more about what we do, then please get in touch.
Whether you're a clinician interested in setting-up our exclusive service at your clinic or an academic keen to collaborate, we'd love to hear from you.
If you're interested in establishing Run3D at your own clinic or booking our mobile service, please contact us directly. We're happy to provide more information, answer your questions and set-up a virtual demonstration.