Human-robot interaction in Kassel
Optical motion tracking in the University of Kassel HRI lab — ergonomics, teleoperation of mobile robots and drones, and AR-assisted control.
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Marker TrackingResearch & ergonomics
IfM Chemnitz — Dynamicus MoCap
Dynamicus motion capture at IfM Chemnitz — portable ART tracking with force plates for real-time ergonomics and biomechanics research.
Ergonomics and biomechanics in Chemnitz
At the Institute of Mechanical Engineering (IfM) at Chemnitz University of Technology, Dynamicus studies human movement and loading — interdisciplinary work for ergonomics, biomechanics, and occupational science applications.
Tracking setup
Portable ART motion capture with force plates records joint angles, body positions, and ground reaction forces synchronously in real time — precise 6DOF data for scientific analysis.
Applications
- Ergonomics research: Posture and load analyses at the workplace
- Biomechanics: Gait analysis and movement studies with force plate data
- Robotics & human-machine interaction: Validation of human interaction with technical systems
Why ART?
Ergonomic and biomechanical studies require synchronized tracking of body and force data — ART delivers the precision and stability for reproducible scientific measurements.
Related use cases
Drone Tracking with DTRACK
Precise 6DOF drone tracking in large volumes — passive markers, AT7-50 cameras, and DTRACK4 for inspection, FPV, and research.
ART Large Scale Tracking
Boundless VR across large environments — precise real-time tracking for immersive applications in industry, research, and training.
Similar solution for your project?
Talk to us about your requirements — we advise on DTRACK, VERPOSE®, and custom tracking solutions.