Wearable Sensors

A man (physiotherapist) putting our sensors on and explaining her at home exercises.

Motion Measurement Beyond the Lab

Traditional motion capture systems are expensive, complex and limited to specialized studio environments. Clinicians and researchers need reliable, repeatable data collection in real-world settings to understand functional performance, rehabilitation progress and long-term changes in movement patterns.

Research-Grade Wearable System

Our sensors use inertial measurement units (IMUs) to capture acceleration and angular velocity across the body. Our LEVEL sensors connect wirelessly to a smartphone, or a laptop, allowing full mobility and flexible setup. Lightweight, low-profile and durable, they are designed to measure movement outside of the lab, providing high-quality data where it matters most — in clinics, gyms, community settings and everyday life.

Graph showing joint angles over time for both right and left sides, with color-coded lines representing different joints including shoulder, elbow, hip, and knee, with data labels indicating specific degrees.

Made for Clinicians and Researchers

Our LEVEL sensors support applications across rehabilitation, fall risk assessment, neurological studies and sports performance. Multi-sensor setups allow full-body motion capture, while single-sensor configurations enable simple, unobtrusive monitoring. Experts gain access to consistent, reproducible data, enabling evidence-based decisions, longitudinal monitoring and detailed analysis of human movement.

  • For simple assessments and everyday monitoring, LEVEL works with a single sensor. This setup is comfortable, easy to use, and designed for long battery life. It provides meaningful insight into daily movement patterns, making it ideal for early screening, home-based monitoring or targeted functional assessments.

  • For full-body analysis, LEVEL scales into a multi-sensor system that functions like a portable movement lab. Multiple sensors stream wirelessly to a mobile device, capturing synchronized motion across the body. This enables detailed analysis of gait, balance, coordination, symmetry and complex functional movements in clinics, gyms, research spaces or community environments — all without fixed cameras or specialised facilities.

Click Here for Sensor Datasheet

A laptop on a black desk displaying a body assessment program with a digital human figure on the screen. There is a potted orchid plant and several blue devices or sensors on the desk.

Research-Grade Movement Outside The Lab

Traditional motion capture systems are often expensive, complex and limited to specialised lab environments. LEVEL Motion removes these barriers by combining portability, wireless operation, mobile connectivity and research-grade measurement.

Researchers can access raw IMU data streams, precise timestamps and synchronized multi-sensor recordings, enabling reproducible studies and custom analyses. Multi-sensor setups capture coordinated full-body motion in clinics, gyms or real-world settings, providing high-resolution data without fixed cameras, markers or controlled environments.

This approach allows research teams to collect data that were previously difficult or impossible to measure outside the lab. LEVEL Motion turns wearable technology into a portable movement lab, bridging the gap between controlled research studies and applied real-world insights.