It is possible to change the time of the day with the controllers. You can then teleport at any point inside the model, where you can experience your project from a first-person perspective. I really liked the 'Outlines' option, which add lines for each object edge. You can spin and scale the model using the controllers. The first thing you see when putting the VR headset is your model sitting on a table, like if it was an actual physical model. Why it is awesome: Using IrisVR, I felt like I was back in architecture school. Simply pick a 3D view inside Revit and click 'View in VR'. Require an expensive VR headset (Oculus at 399$ or HTC Vive at 599$).However, you need a killer graphic card and an expensive VR headset.

Unlike 360 stereo panoramas, the experience is not limited to a single point of view. FULL VR (WITH COMPUTER)įull VR means you can move around inside a Revit model, interact with it, crouch and even change the time of the day. If you like the experience, then you can try Full VR with a computer. If you never experienced VR with architecture projects before, 360 stereo panorama is the best way to start.

Harder for the eyes to adjust than with computer VR.

Smartphone VR is not as good quality as computer VR.

Compatible with most Revit rendering plugins.

The observer point of view is fixed. These panoramas are visualized with smartphone compatible VR headsets.

You cannot move around the model, use hands or interact with the environment. 360 stereo panorama are like regular renderings, except you visualize them by putting on a VR headset and moving your head around.