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Your Room Analysis Report

home office Generated Apr 29, 2026 at 3:48 PM
Confidence 0.85 High

Overall verdict

Poor acoustics

Your room has significant acoustic issues that are likely affecting clarity, balance, or reverb control.

Biggest issue

Excessive Reverberation

Estimated RT60 ≈ 5.76 s indicates very long decay smearing transients and speech.

First thing to fix

Ceiling Clouds Baffles

Suspend 100–150 mm mineral wool/fiberglass clouds 150–250 mm below the ceiling, covering ~30–50% of the ceiling area, concentrated over the recording/listening zone.

Room Score

32
Poor acoustics

This score reflects how balanced and controlled your room sounds. Higher scores mean better clarity and fewer acoustic issues.

Summary

Here's a clear breakdown of what’s happening in your room:

Very long decay (~5.8 s) with strong low-frequency dominance and suppressed highs. Clarity is poor; space sounds boomy and dull. Requires substantial broadband control (ceiling and corners) plus hybrid surfaces to tame low–mid decay without further killing highs.

Acoustic Profile

Reverberation

High

Low-Frequency Buildup

High

High-Frequency Reflection

Low

Clarity

Score: 0.20/1.00 Low

Issues Detected

Excessive Reverberation

Estimated RT60 ≈ 5.76 s indicates very long decay smearing transients and speech.

High

Low Frequency Buildup

Low–mid energy ratio ≈ 1.51 (lows 13.94 vs mids 9.25) suggests boomy, modal-heavy response.

High

High Frequency Deficit

High–mid ratio ≈ 0.063 (highs 0.58 vs mids 9.25) indicates loss of presence/air and dull tonality.

High

Poor Clarity

Long decay and weak high frequencies reduce intelligibility and detail.

High

Uneven Decay

Likely frequency-dependent decay: lows linger while highs die quickly, causing tonal imbalance over time.

Moderate

Treatment Recommendations

1

Ceiling Clouds Baffles

High Priority

Placement: Suspend 100–150 mm mineral wool/fiberglass clouds 150–250 mm below the ceiling, covering ~30–50% of the ceiling area, concentrated over the recording/listening zone.

Why this helps: Largest surface to reduce overall RT and early reflections without consuming floor/wall space.

2

Corner Bass Traps

High Priority

Placement: Install floor-to-ceiling traps in all vertical corners; add wall–ceiling corners if possible. Use 200–300 mm thick porous traps or membrane hybrids; ensure airtight corner fit.

Why this helps: Targets modal buildup and long low-frequency decay indicated by elevated low–mid ratio.

3

Hybrid Panels First Reflections

High Priority

Placement: Left/right sidewalls at first reflection points, front and rear walls around the primary position. Use 100–150 mm broadband absorbers with slatted/FRK facings and 50–100 mm air gap.

Why this helps: Controls early reflections and low–mid reverb while preserving some high-frequency energy.

4

Large Surface Absorption

Medium Priority

Placement: Treat large bare walls with multiple 100 mm panels spaced 50–100 mm off the wall; for windows use ceiling-to-floor heavy curtains with 100%+ fullness.

Why this helps: Reduces overall decay time and flutter potential across mids without over-deadening highs.

5

Rear Wall Diffusion

Medium Priority

Placement: Install 2D diffusers (QRD/skyline) on the rear wall above ear height; combine with absorption below if space allows.

Why this helps: Improves spaciousness and clarity after absorption, avoiding further HF loss.

6

Floor Reflection Control

Medium Priority

Placement: If floor is hard, place a medium-pile rug only between source and mic/listener; use felt underlay.

Why this helps: Tames early floor bounce without broadly absorbing remaining highs.

7

Layout Adjustment

Low Priority

Placement: Position mic/listener 35–45% of room length from the front wall, away from corners; avoid exact midpoints in height/width.

Why this helps: Reduces excitation of dominant modes and improves low-frequency consistency without construction.

8

Verification And Iteration

Low Priority

Placement: Re-measure RT60 and band decay after each treatment phase; aim for RT60 ≈ 0.3–0.6 s (use lower end for speech, higher for music).

Why this helps: Prevents over-deadening; confirms that low–mid decay is adequately reduced while highs remain present.

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