The only purpose of using any type of assistive technology for evaluation is to get a clearer lens into data that will guide your treatment. In my experience, this means gathering info on kinetic parameters - as you can't see those, they must be measured. There aren't many apps that do this currently, but one system that is quite good at whole-body kinetic indexes is Runeasi.
Physiotherapist Motion to Balance, ACL rehab expert, Physio Tutors
I'm using Runeasi on almost every lower limb patient I treat - to detect in real-time. I can measure what I can’t see with the naked eye. That’s a real added value.
Increasing cadence is a popular cue. Research shows it can reduce knee load during running. But we need to be cautious with generalizing the same cue to everyone. Now with Runeasi you can be specific to see how the patient is actually responding.
Physiotherapist Movus Praktijk and OHL Football Club
I really like Runeasi for a quick evaluation of the running patterns for my patients. The biofeedback tool is the one I use the most and it gives me a lot of new insights into running technique optimization.
Runeasi is a strong tool that gives us an objective view of important biomechanical parameters during different rehab phases. This allows us to individualize our rehab protocols.
Turn your treadmill into a biomechanics testing lab.
Streamline your clinical assessments in under 5 minutes including exportable PDF reports for your patients. Runeasi requires no extra space and is quick and easy to set up. Integrate with your existing 2D video analysis.
Revolutionize your rehab with running gait retraining.
Use real-time biofeedback to stimulate corrective actions and promote self-efficacy, motivation, and therapy adherence.
Take your running tests remotely to the trails, track, or tarmac.
Get data from the habitual environment of your patients to give them more relevant and specific insights.
Level-up your performance tests.
Give your clients a more holistic picture of their optimal training zones to build their training program. Combine biomechanical with lactate analyses on the track, for every interval.
Build biomechanical blueprints of your players.
Progress your players throughout their different rehab phases. Assess readiness for progressing to multi-directional running and return to play. Identify asymmetries that grow when player's are pushed at higher speeds.
Revolutionary step by step acceleration-deceleration profiles developed in partnership with ACL expert Dr. Bart Dingenen
Would you take a Ferrari to top speed if you knew the brakes weren't working? No! With this novel analysis you can assess the horizontal and vertical braking force strategies in your athletes returning from injury.