Introducing RunScribe Red

RunScribe Shoe Prints

Our Shoe Print visualizations provide an alternative to pressure sensing insoles. Using data from the RunScribe IMU pods, we’re able to build a virtual map to allow you to quickly assess footstrike and toeoff!

Shoe Ride

As a progression to the Shoe Print framework that we launched early last year, I’m excited to announce our new Shoe Ride visualizations! Where Shoe Prints allowed you to see the initial and final contact points, our Shoe Rides now show the entire ground contact progression, from foot strike to toe off and all points in-between. We capture the stance progression velocity as the ‘Ride’ has been shown to be correlated with how well that shoe is working with the particular biomechanics of the runner.

Advanced Metrics

RunScribe captures more metrics than any other wearable on the market. Everything from Flight Time to Ground Reaction Force Rates. All w/ L/R symmetry!

Launching in Sept – Sacral Metrics!

I’m incredibly excited to add this new sensor location, and new metrics to the platform, enabling gait professionals like yourselves to even better identify and understand asymmetry and underlying movement issues. I’ll be updating runscribe.com in the coming weeks with additional examples of the hip sensor in action, but here are some of the new metrics and sample visualizations of what you’ll see (along with your existing footpod data) in the RunScribe Dashboard. As with the existing footpods, I will continue to add additional metrics and data visualization – this is just the beginning!

Metrics

• Pelvic Angles
• Tilt – Min, Max, Range, Symmetry
• Obliquity – Min, Max, Range, Symmetry
• Rotation – Min, Max, Range, Symmetry
• Vertical Oscillation
• Range, Symmetry

Visualizations

• Pelvic Angles – Tilt / Obliquity / Rotation vs. Time
• Hip Print – 2D Plots allow for rapid identification of hip asymmetry

Runners

Create/Invite/Upload-To Multiple Clients and access all their data via our Runners portal.