Kinvent K-Move
The K-Move is a professional-grade wireless goniometer engineered for precise, real-time range of motion measurement and joint mobility tracking in clinical, athletic, and field environments. Powered by a 9-degree-of-freedom IMU combining accelerometer, gyroscope, and magnetometer sensors, the K-Move delivers sub-0.5-degree accuracy with minimal drift — giving physical therapists, trainers, and sports professionals the objective kinematic data they need to assess mobility, guide rehabilitation, and optimize movement strategies with confidence.
Key Features
- Inertial Motion Sensor (IMU) — 9-DOF sensor array (accelerometer, gyroscope, magnetometer) provides precise, real-time motion tracking across all planes of movement
- Angle Measurement & Symmetry Analysis — Captures joint range of motion and enables direct comparison of injured versus healthy limb performance to guide rehabilitation decisions
- High Precision & Low Drift — Accuracy better than 0.5 degrees with minimal signal drift for reliable, reproducible measurements across extended assessment sessions
- Portable & Lightweight — Compact wireless design with 7-hour battery life for uninterrupted use from clinic to field
Key Applications
- Rehabilitation & Injury Assessment — Track joint mobility, monitor recovery milestones, and objectively measure progress throughout post-injury and post-surgical rehabilitation
- Biomechanics & Sports Performance — Evaluate movement efficiency and kinematic patterns during squats, jumps, walking gait analysis, and sport-specific movements
- Clinical & Research Use — Provide precise, exportable kinematic data for physical therapy practice, biomechanical research, and movement science studies
- Mobile Data Analysis — Visualize, record, and export motion data in real time via the Kinvent App for in-session feedback and longitudinal progress tracking
The K-Move connects seamlessly with the Kinvent App for real-time tracking of joint angles, mobility, and movement efficiency. Record and compare range of motion assessments over time, monitor rehabilitation progress, and personalize recovery protocols — all from a single, intuitive platform designed for clinical precision and field flexibility.