Acoustic Modelling for Non-Traditional Venues
Acoustic modelling for non-traditional venues is essential because these spaces were not designed for sound.
Irregular surfaces, hard materials, and unpredictable reflections make audio performance difficult to control without simulation. Acoustic modelling allows engineers to predict sound behaviour, optimise speaker placement, and deliver consistent, intelligible audio before installation begins.
Introduction to acoustic modelling for non-traditional venues
I’ve worked in sound engineering and AV system design for over 15 years. I’ve seen beautiful concert halls, crumbling warehouses, and more than a few venues that should’ve come with a warning sign. And I’ve learned this: the more character a venue has, the more challenging it becomes acoustically.
Quarters Brighton was one of those. A full club refit set inside a row of Victorian railway arches. The kind of place that oozes atmosphere but also eats sound alive. Hard brickwork. Vaulted curves. Not a flat or forgiving surface in sight.
We knew going in that this couldn’t be a ‘best guess’ job. That’s why we leaned hard on acoustic modelling from day one. Using L-Acoustics Soundvision, we mapped the audio system in detail. How it would behave in each arch, how sound would carry, reflect, or vanish. Capture helped us model the lighting layout too, making sure everything tied together cleanly.
The result was one of the tightest immersive installs I’ve been part of. Performers can walk in, plug in, and sound incredible. Audiences get full-bodied sound from every angle with no dead zones or washout.
If you’re working in non-traditional spaces like this, don’t just throw speakers at the problem. Model it. Predict it. Make sound work for the space, not against it.
Here’s how we do it at Audiotek.
Key Summary for acoustic modelling for non-traditional venues
Acoustic modelling is critical in non-traditional venues because sound behaves unpredictably in spaces not designed for audio.
Using simulation tools allows engineers to plan speaker placement, manage reflections, and ensure consistent sound coverage before installation.
Without modelling, venues risk poor intelligibility, uneven coverage, and costly adjustments after installation.
acoustic modelling for non-traditional venues: Key Takeaways
- Non-traditional venues are acoustically unpredictable
- Acoustic modelling removes guesswork from system design
- Speaker placement and timing can be optimised before installation
- Modelling prevents reflections, phase issues, and dead zones
- Better planning leads to more consistent and immersive sound
What Are Non-Traditional Venues in Acoustic Design?
You know them when you see them:
- Railway arches
- Industrial shells
- Listed buildings
- Multi-use warehouse floors
- Raw basements with zero finish
They weren’t built for sound. They were built to last. Every surface is a challenge. Every corner has an echo.
What Tools Are Used for Acoustic Modelling?
We use professional-grade acoustic software to design and simulate:
- L-Acoustics Soundvision for audio coverage and timing.
- Capture for visual lighting plans.
- Environmental analysis tools for custom spaces.
This means we can show the system working before we install a single speaker.
Benefits of Acoustic Modelling in These Spaces
- Accurate speaker placement with no guesswork.
- Predictable immersive audio performance.
- Fewer surprises during install.
- Easier approvals with visual walkthroughs.
- Future-ready systems that grow with the space.
Case in Point – Quarters Brighton
Quarters Brighton is a club built inside Victorian railway arches. That alone brings plenty of headaches. We:
- Modelled immersive audio in Soundvision.
- Used Capture to show the lighting plan.
- Collaborated with engineers on weight loads and rigging.
The result? A system that hits every corner, sounds clean, and works for DJs and bands alike.
Things You Can’t See, But Definitely Hear
This is where modelling pays off the most. These issues won’t show up until opening night—unless you’ve planned for them.
- Delay times: When one speaker hits your ears before another, the result is phasey and uncomfortable. Modelling allows precise time alignment across the system.
- Phase alignment: Without it, frequencies cancel out—especially vocals and bass.
- Reflections: Hard surfaces create echoes and wash out clarity.
- Comb filtering: Overlapping signals create peaks and dips in frequency response.
- Room modes: Natural resonances cause uneven bass across the space.
- Coverage gaps: Some areas receive little or no usable sound without careful planning.
In short, modelling removes surprises, because no one wants to fix a sound system mid-show. If you want to learn more about the science of sound and how it moves around a space, I recently released the 2nd Edition of my Book ‘Sound Design for Concert Halls’ which you can read or download for free. The guide includes a great overview of the science of sound design.
Tips for Architects and Venue Owners
- Bring AV designers in early to avoid retrofit issues
- Use modelling to secure stakeholder buy-in
- Design for operators, not just aesthetics
- Embrace the character of the space, but plan around it
Frequently Asked Questions about acoustic modelling for non-traditional venues
Why is acoustic modelling important in non-traditional venues?
Because these spaces were not designed for sound, making audio behaviour unpredictable without simulation.
What problems does acoustic modelling prevent?
It helps avoid reflections, phase issues, coverage gaps, and poor intelligibility.
When should acoustic modelling be used?
At the design stage, before installation, to ensure systems perform correctly from day one.
Conclusion to acoustic modelling for non-traditional venues
Acoustic modelling is essential in challenging spaces. It allows engineers to deliver clarity, control, and consistency; even in environments that seem acoustically chaotic.
We love a tricky venue. Arches. Warehouses. Brutalist boxes. If it sounds rough now, we’ll make it sing.
Need help with a difficult space? Talk to us or explore more case studies.
Chris Kmiec
A self confessed AV nerd, Chris is a graduate of Surrey University and has over 15 years experience with commercial AV design for venues of all types in every corner of the world.
