Optimal Soundstage
Room mapping creates an ideal audio environment, ensuring every listener experiences balanced sound, enhanced clarity and richness, and a fully immersive auditory experience onboard.
Precision acoustic engineering
Room Mapping &
Acoustic Calibration
Phase-coherent. Evenly covered.
Consistent in every seat.
Engineered consistency in every seat
Measured performance, not guesswork.
Room Mapping is not about making one position sound impressive. It is about achieving phase cohesion, even coverage across the frequency response and consistent volume throughout the listening environment.
Using precision measurement equipment and advanced DSP optimisation, we analyse multiple seating positions to create a balanced, natural listening experience wherever you sit.
WHY ROOM MAPPING MATTERS
Precision for unmatched audio quality.
Eliminating Sound Anomalies
Effective room mapping identifies and addresses acoustic challenges, minimising unwanted echoes and distortions so the audio system can realise its full potential.
The calibration process
Measure. Analyse. Optimise. Verify.
Measure
Capture high-resolution acoustic data across every relevant seating position.
Analyse
Identify phase, frequency and level variations throughout the listening area.
Optimise
Design precise DSP filters around the room, loudspeakers and intended use.
Verify
Re-measure the finished system and confirm consistent real-world performance.
The science behind the sound
Every position matters.
Surfaces, furnishings, speaker placement and seating position all change what reaches the listener. Mapping the complete room reveals where energy builds, where it disappears and how every source interacts.
What room mapping delivers
Control across the complete listening area.
The objective is not simply louder or brighter sound. It is predictable, repeatable performance across the room, with each loudspeaker contributing as part of one coherent system.
Phase Cohesion
Drivers and loudspeakers arrive in time, creating a stable, focused soundstage.
Even Frequency Response
Consistent tonal balance without excessive peaks, dips or disconnected bass.
Multiple Listening Positions
Filters are designed from measurements taken throughout the usable seating area.
Consistent SPL
Controlled volume distribution reduces hot spots and weak areas across the room.
Visualising performance
See what the room is doing.
Response plots and spatial measurements turn acoustic behaviour into usable engineering data. They show the difference between isolated listening tests and a system designed for consistent coverage.
See the process
Multiple seating positions analysed before filter design.
A single measurement only describes one point in the room. We capture a complete set of positions before designing filters, then verify the calibrated result in the same way.
The video shows one of approximately 30 measurements taken for a typical audio area.
The result
Consistent performance throughout the yacht.
✓
Phase-coherent soundstage
✓
Uniform frequency response
✓
Even bass distribution
✓
Consistent volume throughout the listening area
✓
Multiple seating positions optimised
✓
DSP calibrated using measured data
Room mapping in practice
Measured in real listening environments.
Calibration is carried out around the finished room and the way it will actually be used. Select an image to view it larger.