Biomechanics & Human Movement
Capture and analysis of human movement for sports science, clinical gait and ergonomics research.
What is Biomechanics & Human Movement?
Biomechanics & human movement analysis studies how the body moves. By capturing and measuring motion, forces and posture, it reveals performance, injury risk and recovery — informing sports science, clinical care and ergonomics.
Understand Movement.
We build biomechanics environments that capture and analyse human movement — for sports science, clinical gait, rehabilitation and ergonomics research.
Our role is not simply to sell products — we help you select, design, integrate and support the complete environment.
Right technology
We help you select what actually fits your goals and budget.
Complete design
The full solution — hardware, software, space and workflow.
Managed integration
Installed and commissioned to work as one from day one.
Long-term support
Maintenance, training and upgrades for many years.
Who uses movement analysis
Movement analysis answers different questions by sector. These are the markets we most often support.
Universities & Research
Gait, posture and motor-control studies with publication-grade data.
Clinical Gait Labs
Diagnostic movement analysis and treatment planning.
Sports & Elite Performance
Technique optimisation, load management and injury prevention.
Rehabilitation
Objective progress tracking and return-to-activity decisions.
Ergonomics & Occupational Health
Workplace assessment and injury-risk reduction.
Prosthetics & Orthotics
Fitting, tuning and outcome measurement for devices.
From measurement to assessment.
A complete biomechanics environment combines synchronized movement, force and muscle-activity data with the software tools needed to analyse, model and assess human performance.
MOTION
OptiTrackOptiTrack and Motive provide high-quality kinematic data for gait analysis, sports science, rehabilitation and research.
FORCE
AMTISynchronised force plates add ground-reaction-force data for kinetics, gait analysis and human-performance research.
EMG
DelsysDelsys wireless EMG systems add synchronized muscle-activation data to the movement-analysis workflow.
Measurement is only the beginning.
Motion capture, force and EMG create the measurement data. Biomechanics software turns those synchronized measurements into models, kinematics, kinetics, reports and meaningful assessment.
Biomechanical modelling, kinematics, kinetics, inverse dynamics, gait analysis and reporting.
Advanced biomechanics analysis and reporting supported by the OptiTrack/Motive ecosystem.
Custom analysis, signal processing, research algorithms and specialised research workflows.
High-quality kinematic data for gait analysis, sports science, rehabilitation and research.
Visit www.optitrack.com →Wireless EMG and physiological sensing systems for biomechanics, movement science and human performance.
Visit www.delsys.com →Visual3D biomechanics software for modelling, analysing and reporting 3D human movement.
Visit www.has-motion.com →Questions we receive before we start a project
If your question is not answered here, ask us directly — most projects begin with exactly this kind of conversation.