Compatible with Revit 2023-2027. Also available on the Autodesk Store.
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Acouso-PLAN™
Full building-scale acoustic analysis across federated models without disconnected workflows.
Assess room reverberation plus airborne and impact performance, with clear visual results across your projects. Scale from individual rooms to full floor plans and entire buildings.
Feedback from engineering, architecture, and academic users working with Acouso inside Revit.
Design decisions
“Acouso-ROOM is intuitive to use and gave our team a practical way to explore material options and understand how design decisions affect a space. The clear output makes it easier to discuss and justify acoustic decisions with clients and consultants.”
David Pond
Director · CPO Architects
Workflow efficiency
“The calculations matched our manual calculations, and automating the geometry and ceiling-height checks saved hours of work.”
The project involved approximately 150–200 rooms. The team reported that the equivalent manual geometry calculation would take more than three times as long.
BIM consultant
Global multidisciplinary engineering consultancy · Middle East
Ease of adoption
“You don’t need to be a Revit expert to understand how the software works.”
Although they did not use Revit day to day, the engineer found Acouso-ROOM intuitive and easy to navigate.
Senior acoustic engineer
Multidisciplinary engineering consultancy · Australia
Academic workflow
“Acouso played a key role in our Master’s project at the Technical University of Munich… The software enabled us to carry out detailed acoustic analyses alongside our architectural design. Its seamless integration with Autodesk Revit also made it a perfect fit for our workflow.”
Lilia Grigorenko
Master’s student · Technical University of Munich
Built for teams designing in Revit
Whether you're analysing performance or shaping the design
Acoustic Engineers
Run analysis without rebuilding models
Spend less time on setup, more on design decisions
Architects & Designers
Understand acoustic performance as you design
Make better decisions before layouts are locked in
BIM / Revit Users
Work directly from your existing model
No exports, no duplicate workflows, no context switching
Acouso-ROOM only needs to save just over one working day per year to cover its annual cost.
Approximately 10 hours, based on an annual licence cost of AUD $1,500 and a professional rate of AUD $150 per hour.
Practical answers about choosing a product, working in Revit and evaluating Acouso on your projects.
What is the difference between Acouso-ROOM and Acouso-PLAN?
Acouso-ROOM focuses on room-by-room reverberation analysis across your Revit model. Acouso-PLAN extends the workflow to building-scale airborne and impact performance, visual markups and reporting. Acouso-PLAN is currently available through invitation-only early access.
Do I need to restructure my Revit model?
No. Acouso is designed to work within your existing Revit workflow without rebuilding or exporting the model to a separate analysis tool.
Which versions of Revit are supported?
Acouso is compatible with Revit 2023 through 2027.
What happens after the 14-day Acouso-ROOM trial?
Current options are to use the limited Acouso-ROOM Free level, purchase an Acouso-ROOM licence, or contact us if you need more time to evaluate it on a live project. Free access and features may change, and you do not need to install a separate Free version.
Can I configure Acouso for different acoustic standards?
Yes. Compliance parameters can be configured around your project requirements, including NCC, AAAC or a project-specific acoustic brief.
Does Acouso offer free acoustic calculators?
Yes. Acouso Playground includes a free reverberation time calculator for exploring RT60 across six octave bands with editable materials, treatments, and Sabine or Norris–Eyring calculations. No account is required.
How is my Revit model data handled?
Analysis is processed using Acouso's secure cloud infrastructure. Only the parameters required for the calculation are transmitted; your full model geometry remains local. Read our Privacy Policy for more information.
