PelmaMotus™

PelmaMotus™ integrates assessment and training by adopting a large area of pressure sensor array, high-speed acquisition circuit, and intelligent analysis software. Combining with biomechanics and assessment databases, PelmaMotus™ can accurately and quickly assess the functional status of the foot, posture, and balance. It also provides targeted, immersive, and interactive gamified training.

Multiple Assessments Foot Plantar Pressure, Balance, and Posture

PelmaMotus™ integrates three assessment modules, which are balance function, foot plantar conditions, and body posture. The comprehensive and professional assessments provide references for personalised balance training.

They can be used as a reference for the customisation of lower limb supporting accessories.

Balance

Proprioception

Vision

Vestibular System

Proprioception

Vision

Vestibular System

Foot Plantar Pressure

Foot Arch
Recognition

Metatarsalgia

Heel Pain

Foot Arch Recognition

Metatarsalgia

Heel Pain

Standing Posture

Uneven Shoulders

Low Back Pain

Scoliosis

Pelvic Tilt

Uneven Shoulders

Low Back Pain

Scoliosis

Pelvic Tilt

Comprehensive Data Acquisition, Various Scenarios and Options

3 Assessment Scenarios

Difference assessment scenarios for different stages of rehabilitation

Barefoot
Accessories
Shoes On

Barefoot

Accessories

Shoes On

4 Assessment Options

Balance assessment with different support and visual inputs

Single-Leg-01

Single Leg

Both Legs

Both Legs

Eyes Open

Eyes Open

Eyes Closed

Eyes Closed

17 COP Parameters

Balance, Proprioception, Vestibular system, Vision, and others

Foot Plantar Pressure Mapping, Easier Characteristic Recognition

Real-time Visualisation

Real-time pressure distribution
and centre of pressure

Foot Plantar Pressure Analysis

Analyse foot plantar pressure in different regions based on biomechanics

16 Characteristic Recognitions

Foot plantar pressure analysis
combined with database to identify foot and posture characteristic

Quantifiable Assessment, Targeted Diagnostic Recommendations

Standing balance parameters: proprioception (total trajectory length, trajectory area, trajectory over area, trajectory over time), vestibular system (X-axis COP deviation, Y-axis COP deviation), vision (Romberg), pressure mapping, support area, X-axis and Y-axis support length, etc.

Foot pressure parameters: arch index, forefoot pressure, hindfoot pressure, area, average pressure. Standing posture parameters: foot pressure, maximum foot pressure region, average pressure of feet and BMI

Immersive & Interactive Experience,
Stimulate Active Participation

The system will provide real-time calculations based on the training parameters such as user’s COP, feet symmetry and coordination, support area, etc.

Limit of Stability

Body Coordination

Cognition & Perception

Response & Reaction

High Precision Mechanical Sensors and High Data Accuracy

Highly precisive and dense sensors with high-speed parallel data acquisition cards that supports the data acquisition from 2,400 pressure sensors. 4 high-precision (0.1%F.S) mechanical sensors are integrated for real-time calibration to minimise sensor drifting. The output tolerance is reduced from 10% to 2%, providing more accurate data.

Audio Guidance

The assessment process is audio-guided and easy to operate

Whole Surface Pressure Calibration

The whole surface is pressurised and calibrated, providing a consistent output

Wide Measuring Platform

600mm platform width to ensure natural standing position

Data Visualisation

Data is displayed in charts and graphs to ease the interpretation and analysis