Mosques & Houses of Worship
Marble, domes and long reverberation tails — steered columns keep the khutbah crystal clear without visual intrusion.
- Typical RT60
- 4.5 – 7 s
- Target STI
- ≥ 0.62
- Visual impact
- Near zero
- Hard, highly reflective finishes — marble floors, plaster domes and glass — produce reverberation tails that smear consonants long after the word is spoken.
- Loudspeakers must respect the architecture and calligraphy; visible boxes and brackets are rarely acceptable.
- Coverage has to reach the main prayer hall, the mezzanine and the courtyard without energising the dome.
- Slim steered columns are mounted flush to columns or walls in a finish matched to the interior.
- Multiple independent beams are generated per column — one aimed at the ground floor, one at the mezzanine — with almost no energy above the audience plane.
- The reverberant field is starved rather than fought, lifting the direct-to-reverberant ratio and with it intelligibility.
The stack we would specify for this environment.
Every beam is optimized around the vocal band before anything else.
Coverage is adjusted in software during commissioning and afterwards remotely.
80 mm slim profiles that read as architectural elements, not equipment.
Custom RAL / anodised finishes to match stone and timber
Flush and recessed mounting details coordinated with the architect
Cable paths and amplifier rooms designed with the MEP package
How it looks in the space.
The numbers behind the design.
Microphones, UC codecs, media players and the emergency interface arrive on a redundant network layer with priority routing.
Select the zones in your houses of worship project.
Pre-loaded with typical houses of worship room data.
Adjust the room, steer the beam and export a branded coverage study for your project file.
Long reverberation and a wide distributed prayer floor. Priority is speech intelligibility with minimum energy on the dome and rear walls.
Click any listening position to move the virtual listener · drag the array to change mounting height · every value is a design estimate until site measurement.
Showing the parameters that matter most for a mosque. Switch to “Build my room” for the full geometry set.
Fixed vertical dispersion sprays energy at ceilings and rear walls. Reflections smear consonants.
Drag the array to set mounting height, drag the handle to steer, drag anywhere to move the listener.
Steered energy holds level across the seating plane instead of falling away behind the first rows — indicative design estimate, not a measurement.
Real programme material — a recorded announcement, a music bed or a pink-noise test signal — played through the current room, beam and noise settings.
Beam on the listener at 21 m — direct sound stays forward of the room tail, articulation holds at STI 0.78. Indicative sound design simulation, not a measurement or a Fohhn recording.
Dolby surround test
Channel-by-channel identification for a 5.1 / Atmos room. Tap any speaker to fire that channel, or run the full sweep.
Output routing is detected on first playback.
Beam locked on the listener — approx. +50 points of speech-intelligibility improvement versus a conventional system in the same room.
Drag inside the steered room to move the listener. Indicative simulation — not a measurement of a specific project.
Engineering notes · auto-generated, editable
Design simulation — estimated performance until site measurement
Site measurement of RT60, noise floor and geometry against the architect's model.
Beam plots per zone with predicted STI and SPL maps issued as a report.
Loudspeaker schedule, amplifier count, cabling and containment drawn in CAD.
Equipment pre-configured and load-tested in the CaesarTechs facility.
Mounting details coordinated with the fit-out contractor and MEP package.
On-site tuning, as-built documentation, operator training and remote monitoring.
We model the room in acoustic software and issue beam plots with predicted STI for every zone of the houses of worship space before a single bracket is ordered.
Yes. Beams are steered digitally, so re-tuning after a fit-out change is a software session — no ladders, no re-rigging.
Slim column profiles in custom finishes, flush or recessed where the architecture allows. Most clients see nothing at first glance.
The DSP core supports prioritised emergency broadcast paths and supervised monitoring alongside the everyday program audio.
CaesarTechs provides remote monitoring, firmware management and an SLA-backed response with local engineers.
Let's design the audio for your houses of worship project.
Share your drawings and we will return a coverage plan, a bill of materials and a commissioning scope.