Spatial propagation
See how sound moves
Trace sound reflections in 3D, inspect early reflection paths, compare listening positions, and test source direction in the context of the Revit model.
Invited early access
See 3D ray paths and spatial heat maps, compare predicted reverberation time and speech clarity, and hear illustrative listening previews inside Revit. Access is by invitation; registration does not provide immediate access.
See ray analysis examplesFrom path to performance
Connect spatial behaviour, calculated acoustic indicators, and design options without rebuilding the model in another tool.
Spatial propagation
Trace sound reflections in 3D, inspect early reflection paths, compare listening positions, and test source direction in the context of the Revit model.
Performance comparison
Compare predicted reverberation time (T20 and T30), early decay time (EDT), speech clarity (C50), music clarity (C80), sound levels and speech intelligibility (STI) as materials and configurations change.
Listening and communication
Hear illustrative listening previews and communicate spatial acoustic behaviour alongside the geometry, materials, sources, and receivers that shape it.
Ray propagation and heat maps
Watch predicted ray paths and spatial heat maps reveal how sound may travel through the model. Compare source direction and listening positions, with results shaped by the geometry, materials and analysis inputs.
Ray propagation and spatial heat maps
See predicted ray paths and spatial heat maps in the model. Results depend on the geometry, materials, and analysis inputs.
Illustrative listening preview
The preview demonstrates how listening can help compare acoustic options alongside the visual analysis. It is illustrative, not a guaranteed reproduction of how the finished room will sound.
Illustrative listening preview
Hear a comparison of predicted acoustic behaviour. These previews help explore options but do not guarantee how the finished room will sound.
Acoustic ray analysis early access
We’re looking for people who can test the workflow against real acoustic questions and tell us where the insight is useful, unclear, or incomplete.
Acoustic consultants, architects, designers, BIM specialists, and AV professionals with active Revit workflows will be prioritised for initial stages.
Researchers, educators, and students can register interest for suitable research and teaching stages.
Building on what is available today
Acouso-ROOM already offers reflection visualisation and source-to-receiver workflows. Invited early access adds room metrics, spatial maps and illustrative listening previews. Features may change during testing.