$1,250-$3,800

Room Acoustic Assessment

Replace guesswork with measurements and targeted acoustic recommendations.

What's included

In-room measurement session (RT60, frequency response, decay) using purpose-built capture hardware
Speaker and listener position optimization grounded in measurement data
First-reflection and bass management analysis
Personalized, measurement-grounded client report generated from real session data

Who it's for

Your system sounds boomy, harsh, or fatiguing despite premium gear.
You are designing a dedicated listening room or media room.
You want data-backed decisions before buying treatment products.

How it works

Step 1: On-site consultation and room walkthrough to define goals, constraints, and listening priorities.
Step 2: Room capture at the tier matched to your engagement: computational depth scan for standard projects, hardware LiDAR for precision room geometry, or full swept-sine impulse response capture for acoustic-engineer-grade data.
Step 3: AI-assisted analysis integrating room physics, equipment compatibility, and a personalized listener archetype — producing a measurement-grounded client report.
Step 4: Findings presentation with prioritized recommendations and expected outcomes for each intervention.

Room capture tiers

The level of room capture is matched to your engagement. Every tier feeds the same acoustic analysis platform and produces the same measurement-grounded report — the difference is precision and data depth.

Quick Capture

Computational depth scan

A professional-grade camera array estimates room geometry — walls, ceiling height, doors, windows, furnishings — and builds a 3D mesh of the space. Fast to deploy with no additional hardware to set up. Sufficient for standard engagements and all remote virtual assessments.

Hardware LiDAR

Precision 3D point cloud

A purpose-built rotating LiDAR unit captures hardware-measured distances to every surface in the room, building a complete 3D point cloud — floor, ceiling, walls, and everything in between. This is laser-measured geometry, not software-estimated depth. Significantly more accurate, and the reason it maps to the premium tier.

Full Measurement

Swept-sine impulse response

A calibrated measurement microphone at the listening position captures the room's full acoustic response — direct sound from the speakers plus every reflection, resonance, and modal behavior the room adds. The same measurement standard used by acoustic engineers. Produces RT60 decay curves, frequency response, and time-domain data at the listener's ears.

FAQ

Do I need a dedicated room for this service?

No. Living rooms and multipurpose spaces can be dramatically improved with proper analysis.

Will you recommend specific treatment vendors?

Yes, with multiple options where possible and no affiliate incentives.

Do you provide before/after metrics?

Yes. The report includes key measurements and projected impact of each intervention.

These guides complement this service: they explain the concepts and tools we use in room analysis, calibration, and system design. Use them to prepare for a session or to go deeper on your own schedule.

The Definitive Guide to Stereo Speaker Placement Speaker placement has more impact on sound quality than most component upgrades. Here is the complete methodology for positioning speakers and listener for optimal stereo performance.
How to Fix Bass Buildup in a Listening Room Boomy, one-note bass is almost always a room problem, not a speaker problem. Here is how room modes work and how to address them systematically.
Class A vs Class AB Amplifiers: What the Difference Actually Sounds Like Beyond the engineering definitions, here is how Class A and Class AB amplifier topologies behave differently in real listening environments and how to choose between them.

Browse the full blog archive for more articles, or return to the services overview.

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Tell us about your current system and listening goals. You'll get a response within 24 hours.

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