Our Solution

 

Our innovative bicycle pedal is designed to address a long-standing problem in cycling: inefficient power transfer, discomfort, and the risk of overuse injuries caused by traditional fixed-axis pedals. By integrating controlled medial-lateral (M/L) translation along the spindle, our pedal improves biomechanics, reduces joint strain, and enhances both performance and rehabilitation outcomes.

Key Features and Functionality

Dynamic M/L Translation: Unlike standard pedals that restrict movement to a fixed axis, our pedal actively translates laterally along the spindle, promoting natural joint motion at the hip, knee, and ankle.

Optimized Energy Transfer: By allowing better lower-limb alignment and reducing unnecessary muscle strain, the pedal increases riding efficiency and minimizes fatigue.

Injury Prevention & Rehabilitation: Developed with input from physical therapists and sports scientists, this design helps reduce stress on joints and soft tissues, lowering the risk of overuse injuries. It is particularly beneficial for cyclists recovering from injuries or those with musculoskeletal conditions.

Performance Enhancement: Competitive cyclists benefit from improved stability, comfort, and power output, while everyday riders experience greater long-term joint health.

Impact on Sports Medicine & Broader Applications

This pedal is a game-changer for sports medicine, providing a new tool for injury prevention, rehabilitation, and performance optimization. Beyond cycling, its biomechanical principles could inform innovations in other sports and orthopedic rehabilitation devices.

By bridging the gap between engineering, biomechanics, and sports medicine, our solution redefines how cyclists interact with their equipment, ultimately transforming both performance and injury prevention in the sport.

The following links and downloads access our clinical studies and reference materials.

 Link to Cleveland State University Human Performance Bike Pedal Study

 Link to Gonzaga University Study published in Journal of Exercise Science and Fitness.