Unlock Your Running Potential with the World’s Smartest Shoe: How Avelo is Revolutionizing Running Technology

In episode #172 of the NR podcast, we spoke with Avelo Running founder, Royi Metser about how he’s pioneering the integration of sensors into shoes to provide continuous biomechanical data outside the lab environment—right on your daily runs. The goal? Make impact and movement data as easy to access as checking your heart rate or mileage.

The core idea:

 Embed tiny, durable sensors into the shoe’s midsole or insole that measure ground reaction forces, impact, cadence, and even tissue-specific stress. These sensors connect wirelessly to an app, translating raw data into actionable insights.

Royi emphasizes, “The big breakthrough is making this information frictionless—just lace up and go, without charging or complicated setups. It’s about precision, simplicity, and real-world application.”

Key data points provided include:

• Impact forces and ground reaction forces (2-15 times body weight)
• Impact variability based on pace, incline, and surface
• Mechanical load on specific tissues (calves, knees, hips)
• Running form metrics like cadence and contact time

Why does this matter?

Because understanding impact magnitude and tissue stress helps you calibrate training loads, avoid overload, and prevent injuries like stress fractures, IT band syndrome, or Achilles tendinopathy.

Practical Benefits for Runners

With real-time impact data, runners can make smarter decisions:

• Adjust training intensity based on stress levels
• Modify running form to reduce injury risk
• Track how terrain, speed, and fatigue affect impact forces
• Get personalized coaching cues, like cadence targets, delivered instantly

Royi shares, “Our goal is to create a coach on your feet—guiding you to optimize impact and training progression without overloading tissues.” Over time, this can lead to improved efficiency, faster times, and fewer setbacks.

For example, monitoring impact impact variability during a long run can reveal fatigue patterns. If impact forces increase, your muscles and tendons may be under excessive strain, indicating it’s time to back off.

The Future of Running Shoes and Biomechanical Data

As sensor technology becomes more compact, affordable, and seamless, the future holds even greater possibilities:

• Shoes that automatically adjust cushioning based on impact
• Tissue-specific risk assessments for injuries
• Integration with training plans and coaching apps
• Large-scale biomechanical datasets to push research and understanding

Royi envisions a world where every runner’s shoe is a personalized biomechanics lab. “We’re conducting the largest biomechanics study ever—using data from thousands of runners to better understand injury and performance at a population level.”

Final Thoughts: Is It Time for Smarter Shoes?

The intersection of biomechanics, sensor tech, and footwear design is revolutionizing running. No longer do runners need to guess whether their impact is too high or their form is optimal. With smart shoes, you can gain unprecedented insight—empowering you to train better, run safer, and improve faster.

Will you embrace the future? The first model from Avelo, the Super Trainer One, is now available for pre-order, with delivery expected later in 2026. Whether you’re a trail runner, marathoner, or casual jogger, understanding and optimizing impact could be your next big step.

Be sure to subscribe to stay up-to-date on the Nutritional Revolution podcast for more insights from leading experts and professional athletes. Episodes are available on our website, Apple, Spotify (and most streaming platforms), and the full video is up on YouTube.