Force plates have measured postural control for decades — but they demand complex calibration, dedicated lab space, and expensive infrastructure. Balance Mat reads balance through light instead of electricity, capturing the entire standing surface in a portable, point-of-care device.
Conventional force plates measure pressure through a handful of fixed sensor zones. Balance Mat's fibre-optic array reads movement across the entire standing surface — a fundamentally larger sensory footprint.
Strain-gauge systems drift with temperature and mechanical wear, requiring regular re-zeroing. Balance Mat reads micro-movements through changes in light transmission instead of electrical resistance — removing the drift problem entirely.
| Property | Strain-Gauge Systems | Balance Mat (Optical Fibre) |
|---|---|---|
| Calibration before use | Required, regularly | Not required |
| Environmental drift | Sensitive to temperature | Stable across environments |
| Setup time | Extended | Minimal |
| Maintenance | Regular servicing | Minimal upkeep |
Balance Mat is built to support structured protocols, including the Balance Error Scoring System (BESS) used in sports concussion management and neurological screening — turning visual observation into an objective readout.
No wall adapters. Connect the mat to any compatible Windows/macOS laptop or clinical tablet via USB and start collecting assessment data immediately, wherever care happens.
Balance is a complex interaction between the nervous system, muscles, vision, and sensory feedback. Balance Mat gives practitioners measurable insight into these systems — tracking change over time and personalising intervention.
The future of balance assessment is portable, intelligent, and data-driven.