RUNVI smart insole with iPhone X. (Courtesy of NWTN-Labs)
A new smart insole called RUNVI is set to reach consumers this September. The wearable is designed to collect data on a runner’s technique directly from the sole of his or her foot, and to turn that information into real-time coaching feedback.
RUNVI launched on Kickstarter last week, and secured full funding in less than 48 hours. Backers can expect a rough delivery date of September. The wearable is made by Berlin-based company NWTN Labs.
“Our advanced pressure sensor technology combined with sports science, helps runners, cyclists and other athletes benefit from accurate measurement and real-time feedback,” said NWTN-Labs CDO and founder, Daniel Waldthausen, in a statement. “This reduces their risk of injury and helps them achieve their performance goals.”
Each insole houses thirty pressure sensors and a pair of accelerometers. The metrics tracked by these devices feeds into an AI coach that will talk to athletes during exercise. The advice can help reduce fatigue and the risk of injury, and fix running technique flaws. The coach works through an iOS mobile app in which users can also set personal goals and have workout plans created around those.
“It’s not so much about practicing more and harder, it is actually about training smarter,” said former Olympic runner Jonas Plass, a brand ambassador, in a statement. “RUNVI facilitates that, taking your performance to the next level.”
SportTechie Takeaway
There has been a recent surge in real-time coaching in the fitness wearable market. KuaiFit’s Sport Headphones also provide users with an AI assistant. The headphones are sweat-proof and incorporate a clinically-validated heart-rate monitor and accelerometer. Launched back in 2016, the headphones use the voices of Olympic athletes to deliver live coaching.
Another running-friendly wearable that offers a coach is the Sensoria smart running sneaker. A sensor slid inside the back of each shoe records data that can make users more efficient runners and help avoid injury.
