IfM Chemnitz — Dynamicus MoCap
Dynamicus motion capture at IfM Chemnitz — portable ART tracking with force plates for real-time ergonomics and biomechanics research.
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Marker TrackingResearch & robotics
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.
Human-machine systems engineering
At the University of Kassel, the Human-Machine Systems Engineering department researches user-centered configurations of effective human-robot systems — interdisciplinary and application-driven.
Tracking setup
The tracking volume (approx. 3.5 × 3.5 × 2.8 m) was implemented with multiple ART cameras, enabling precise real-time localization of real objects.
Applications
- Ergonomics: Full motion capture target set for posture and movement analysis with RAMSIS and AnyBody
- AR control: Head-mounted display position via passive hand target — control of a stereo camera system on a teleoperated mobile robot
- Gesture control: Finger tracking for teleoperation of drones and mobile robots
Why ART?
Complete tracking package from a single source — cameras, body, head, and finger tracking with the precision and stability required for ergonomic studies and robotics applications.
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.