VR CAVE at BHT Berlin
Four-sided VR CAVE at BHT Berlin — moreViz, motion capture, Manus gloves, and ART tracking from CAD models to food-industry training.
Research and teaching VR in Berlin
At Berlin University of Applied Sciences (BHT), a four-sided VR CAVE enables students and researchers to explore virtual worlds immersively — from technical CAD models to application-driven training scenarios.
Tracking setup
ART tracking cameras, moreViz visualization, motion capture, and Manus data gloves capture head, body, and finger movements in real time — precise 6DOF data for natural interaction in the CAVE.
Applications
- Engineering visualization: CAD models and technical simulations in stereoscopic large-format display
- Motion capture: Full-body and hand tracking for interactive research projects
- Cross-industry training: From mechanical engineering to food industry — e.g. mozzarella production training
Why ART?
A CAVE with motion capture and hand tracking requires a unified, precise reference system — ART reliably combines head, body, and finger data in a single coordinate frame.
Related use cases
Mercedes-Benz VR Center
ART optical motion tracking at the Mercedes-Benz Virtual Reality Center in Sindelfingen — Powerwall visualization, digital validation, and type approval with precise 6DOF tracking.
Ariane 6 in the virtual world
ArianeGroup uses VR with ART motion capture for scale-1 design reviews — collision checks, assembly validation, and shorter development cycles for launch vehicles.
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.