more3D VR Dome (similiar to a VR CAVE) with using VR Viewer moreViz

VR CAVE and DOME Solutions for Industry, Education and Research

Immerse with your Team:
VR CAVE and DOME Solutions

Group immersion without headsets

Full-scale spatial reviews and presentations

Ideal for VR Labs and Training simulations

Benefits of 3D & VR Visualization

Why choose a VR CAVE or DOME?

Shared View

All users see the same scene in real time, enabling true group collaboration and discussion.

Natural Interaction

Users can speak, point, and move naturally, improving teamwork and understanding.

Increased Comfort

No headset pressure or disorientation, allowing longer, natural immersion for everyone.

High Visual Fidelity

Multi-projector systems offer sharper visuals than HMD, with true 3D spatial perception.

Easy Remote Acces

Remote HMD users can join sessions live, enabling hybrid collaboration from anywhere.

Instructor-Friendly

Trainers can guide sessions clearly without wearing a headset, ideal for demos and education.

One VR CAVE Is Not Like Another

Choose the Right VR CAVE or DOME Setup

VR DOME

A hemispherical projection surface optimized for group viewing. Perfect for universities, planetariums, or storytelling venues. Supports passive and interactive experiences with seamless 360° visuals.

Corner CAVE

Combines front, floor, and one side wall for a three-sided environment that wraps around the user. Enhances spatial orientation without requiring a full room build. An alternative is a L-Shape CAVE.

FuLL CAVE

Four-sided projection (front, floor, and two walls) that can be expanded to a fully enclosed system with ceiling and rear projection. Ideal for high-end simulation and immersion, scaleable to your needs.

Practical Use Cases of VR CAVEs and DOMEs

Effective Use of VR CAVEs and DOMEs

Team Design Reviews

Review CAD models at 1:1 scale, explore tolerances, and validate designs collaboratively.

Architecture & BIM

Review CAD models at 1:1 scale, explore tolerances, and validate designs collaboratively.

Sales & Trade Fairs

Present products, variants, and concepts impressively before they are physically built.

Research Visualization

Explore together complex simulations, datasets, and spatial structures in immersive 3D.

Training & Education

Visualize complex data, concepts, or simulations in a way that’s intuitive and memorable.

Museums & Exhibits

Build interactive exhibits and immersive stories that captivate diverse audiences.

VR CAVEs at University

Virtual or Simulation Lab

Better Understanding

Explore complex models in 3D and real scale.

Real-World Preparation

Students gain skills and confidence to apply them

Higher Learning Success

Improve engagement, retention, and practical understanding.

Safe & Cost Effective

Simulate experiments that otherwise are too costly or risky.

CAVE optimised for Multi-User VR

Advanced Multi-User VR Visualization

With our partner xCAVE we combine the advantages of a large stereoscopic CAVEs with individual user perspectives. Several users can view the same 3D scene from their own tracked position. This allows several people to explore the same 3D scene together while maintaining natural communication in the room.

VR DOME and VR CAVE

Frequently asked Questions about VR CAVE systems

With moreViz, CAVE and Dome setups become hybrid-ready:

  • On-site teams interact using laser pointers or tracked devices.

  • Remote users with HMDs (e.g., Quest, Vive, Varjo) join sessions in real time.

  • Team Review Mode allows shared or independent navigation across users.

A typical VR Dome for museums or public installations includes:

  • Projectors: 1–6 projectors depending on dome size and resolution
  • Calibration: Auto-alignment via VIOSO Anyblend or similarDome size: 4–8 m diameter, inflatable or fixed structure
  • Audio: 5.1 or ambisonic sound system for full immersion
  • Software: moreViz for direct integration with CAD and simulation tools

A typical VR Dome for museums or public installations includes:

  • Projectors: 1–6 projectors depending on dome size and resolution

  • Calibration: Auto-alignment via VIOSO Anyblend or similar

  • Dome size: 4–8 m diameter, inflatable or fixed structure

  • Content: Real-time apps, pre-rendered shows, interactive exhibits

  • Audio: 5.1 or ambisonic sound system for full immersion

  • Control: Tablet, touchscreen, or laser pointer interface

This depends on the system size, tracking setup, and use case. Typically, 5 – 6 tracked users can actively interact within the CAVE or Dome, while additional participants can observe the experience without tracking.

  • No headset = no discomfort or motion sickness

  • Shared experience for multiple users in the same space

  • Clear communication with real gestures and eye contact

  • Higher image quality (no screen-door effect, sharper visuals)

  • Ideal for education, training, presentations, and team collaboration

  • Easier onboarding – no setup time or calibration per user

Costs vary enormously depending on complexity. Professional projection systems may start around €50,000 – €100,000 for the hardware, while larger multi-wall immersive environments can extend well into several hundred thousand euros or more.

Practical VR insights

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Get useful insights for VR projects, new moreViz features and real-world case studies. No hype. Just practical information for planning and using VR effectively.

How the VR Visualization Works

From CAD to VR in Minutes

Bringing your designs into virtual reality has never been easier. With moreViz, you can view and interact with your existing 3D models – without modifying your source code or exporting files. Just 3 simple steps.

Step 1 - Install moreViz Software

Install moreViz, connect your VR hardware, and follow our step-by-step guide - or let us support you directly.

Step 2 - Launch Your Application

Start your OpenGL software - like Siemens NX or PTC Creo - and see your 3D model in full-scale VR, instantly.

Step 3 - Explore, Present, Decide

Walk through your design and run virtual reviews. We’re happy to help with setup and maintenance.