Stryd
Stryd provides a wearable power meter that clips to a runner's shoe and pairs with a watch to deliver real-time power, pace, and effort guidance for every run and race. The Stryd 5.0 hardware combines with an Adaptive Training engine that generates personalized workouts based on the runner's fitness, schedule, and goals. The system also tracks advanced mechanical load metrics like Impact Loading Rate and Lower Body Stress Score to help runners monitor recovery and reduce injury risk.
- Sports Technology
- Wellness & Fitness Technology
- Consumer Electronics
- Internet of Things
- Hardware
Funding
Funding not disclosed
Founders
Founder details are not available yet.
Product
Problem
Runners often struggle to maintain appropriate effort levels during training and racing, leading to inconsistent pacing and suboptimal performance. Traditional training plans are static and don't adapt to the runner's current fitness, fatigue, or schedule, which can result in overtraining, undertraining, or injury.
Solution
Stryd provides a wearable power meter that clips to a runner's shoe and pairs with a watch to deliver real-time data for every run and race. The Stryd 5.0 measures best-in-class power metrics and actively adjusts pacing guidance to keep runners in the right effort zone. Adaptive Training uses this data to create personalized workouts that continuously adapt to the runner's fitness, schedule, and goals. The system also provides post-run analysis through PowerCenter and the Stryd Mobile app, giving athletes comprehensive insights into their performance and recovery needs.
Target Audience
Primary users are runners of all levels—from recreational to competitive—who want personalized coaching, real-time pacing feedback, and data-driven recovery insights to improve performance and reduce injury risk.
Features
- Real-time power guidance with live power feedback, effort zone guidance, and pace consistency tools
- Adaptive Training engine that generates personalized workouts based on individual fitness, schedule, and goals
- Advanced mechanical load metrics including Impact Loading Rate (ILR) and Lower Body Stress Score (LBSS) for monitoring overuse and planning recovery
- Second-by-second data capture of vertical force, enabling precise analysis of ground contact mechanics
- Moving baseline calculations that compare current training load against personalized weekly averages
- Works with diversified intensity data across power zones to maintain accurate personalized scoring