Professional-grade biomechanical assessment remains confined to expensive laboratories, limiting access for coaches, trainers, and athletes who need real-time performance data. Laboratory force plates ($15,000-30,000), motion capture systems ($50,000+), and traditional measurement equipment create a barrier between sports science research and practical field application.
What we’re building: A platform for mobile biomechanics measurement using wearable IMU systems, sensor fusion, and computer vision. Our technology transforms smartphones into portable motion capture and force measurement devices, enabling velocity-based training monitoring, real-time athletic performance feedback, and biomechanical analysis at a fraction of traditional costs.
Research domain: Sports Science & Engineering, specifically wearable sensor technology and biomechanical analysis. Our work combines inertial measurement units (IMU), barometric altitude fusion, and real-time motion analysis to create accessible tools for strength coaches, physiotherapists, and sports performance professionals.
Current state: Active development of two parallel applications – a velocity-based training sensor system (December 2025 launch, $299 retail) and computer vision-based force estimation technology. The platform leverages 6+ years of fitness professional experience, Master’s degree research in Strength & Conditioning at St. Mary’s University London, and proven technical development in iOS sports applications.