en/fr
Product guideReduce Noise Between Office Pods: 2026 Fix Guide
Two Quell pods sitting eight feet apart in an open floor plan will still leak sound into each other if the ceiling, flooring, and spacing aren't handled — this guide walks through the fixes that actually close that gap.
TL;DR
Noise bleed between office meeting pods almost never comes from the pod walls themselves — it travels through the ceiling plenum, the floor, and shared air paths between units placed too close together. Fix it with spacing, ceiling treatment, and flanking-path breaks, not thicker pod walls. Pods tested to ISO 23351-1:2020 already deliver 30–35 dB of noise reduction on their own; the bleed you're hearing is almost always a room-layout problem. Add distance of at least 3 feet between units, break sightlines with acoustic wall panels, and treat the ceiling plenum above and around each pod. Most offices solve 80% of the complaint within one afternoon of rearranging, not by buying a "quieter" pod.
Why this matters
A pod rated at 30–35 dB reduction under ISO 23351-1:2020 is doing its job on direct transmission through its own walls. The problem most offices hit in 2026 isn't the pod spec sheet — it's flanking noise: sound that goes up through the ceiling void, across a shared subfloor, or through a gap between two units parked too close together.
This is the single most common complaint from offices running multiple pods in the same open-plan zone. Teams assume the pod failed and start shopping for a "better" model. Usually the fix costs nothing beyond an afternoon of rearranging furniture and adding a few acoustic panels.
What you'll need
- A tape measure and a floor plan of the pod zone (or a rough sketch with distances marked)
- Acoustic wall panels for any shared wall or divider between pods — acoustic wall panels rated for office noise absorption work well here
- An acoustic ceiling panel set if pods sit under an open or suspended ceiling grid
- A decibel meter app or handheld reader (a phone app is accurate enough for relative before/after comparisons)
- 60–90 minutes for the initial audit, plus install time depending on how many panels you're adding
- If you're weighing pod capacity for a specific team size, the Quell 4-person pod is a common reference point at 30–35 dB reduction
The steps
1. Audit the room layout before you touch a single panel
Walk the space and note exact distances between every pod, plus what's above and below them — suspended ceiling, exposed ductwork, raised flooring, or a solid slab. This tells you whether the bleed is airborne (through gaps) or structure-borne (through the floor or ceiling deck).
Most noise complaints in 2026 trace back to pods placed less than 2 feet apart with no acoustic break between them. Skipping this step means you'll spend money on panels in the wrong place. Common mistake: measuring only floor distance and ignoring the ceiling void above both units, where sound often travels farthest.
2. Add real distance and buffers between units
Push pods at least 3 feet apart wherever floor space allows, and use furniture, planters, or acoustic wall panels to break the direct air path between them. A 3-foot gap with a soft buffer cuts perceived bleed noticeably compared to two pods pushed flush against each other.
This matters most for phone booths and 2-person booths clustered in a single row, since users tend to raise their voice slightly when they know a neighbor is close. Expected outcome: a measurable drop in perceived volume within the first test call after repositioning.
3. Break flanking paths with acoustic wall panels
Where pods can't be moved further apart — tight floor plans, fixed columns, load-bearing walls — install acoustic wall panels on the shared wall section between them. Panels absorb reflected sound before it can bounce between units and reduce the reverberant buildup that makes bleed feel worse than it measures.
Target the wall section between pod entries first, since doors are the weakest point in any acoustic enclosure. Common mistake: panelling only the far wall of the room instead of the shared zone directly between the two pods.
4. Treat the ceiling plenum above and around each pod
If pods sit under an open ceiling grid without a solid deck close overhead, sound travels up and over the pod walls through the plenum space, then down into the neighboring unit. An acoustic ceiling panel set installed above and around the pod footprint closes this path.
This single fix resolves a large share of "the pod isn't quiet enough" complaints that have nothing to do with the pod itself. Expected outcome: noticeably reduced bleed on the very next call, without touching the pods.
5. Seal gaps at the floor and door threshold
Check the seal where each pod meets the floor and where the door meets the frame. A gap as small as a quarter inch under a door threshold is enough to undo a large portion of a pod's rated 30–35 dB reduction, because sound finds the path of least resistance.
Run your hand along the seal while someone talks at normal volume inside — any airflow you feel is a leak point. Common mistake: assuming the manufacturer's seal is permanent and never re-checking it after a floor relocation or carpet change.
6. Stagger door orientations where possible
When two pods face each other directly, opening doors line up and create a direct sound channel every time someone enters or exits. Angling units so doors don't face each other head-on, even by 30–45 degrees, breaks that direct path.
This is a layout decision made once during setup, but it's worth revisiting any time pods get moved during an office refurbishment or relocation in 2026. Expected outcome: less "door slam echo" between adjacent units.
7. Verify with a before-and-after sound test
Use a decibel meter app to take a baseline reading from inside one pod while someone speaks at normal volume in the neighboring pod, before any changes. Repeat the same test after each fix — spacing, panels, seals — and log the numbers.
This turns "it feels quieter" into an actual number you can report back to whoever approved the budget. Common mistake: testing at a whisper instead of normal conversational volume, which understates real-world bleed.
Troubleshooting
- Bleed persists even after adding wall panels — the leak is likely in the ceiling plenum or floor seal, not the wall. Re-check step 4 and step 5 before adding more panels.
- One pod is quieter than its neighbor despite identical models — check the door seal and floor contact on the noisier unit; uneven flooring or a warped seal is the usual cause.
- Noise gets worse after an office relocation — pods placed on a new floor plan often lose the spacing and orientation they had before. Re-run the layout audit from step 1.
- Video calls pick up neighboring conversation — this is almost always a ceiling plenum leak, since microphones are more sensitive to reflected sound than the human ear.
- Complaints cluster around one row of pods but not others — that row likely sits under an open ceiling section or shares a subfloor void the other pods don't.
- Bleed is worse in the morning than the afternoon — HVAC airflow changes can carry sound differently by time of day; check vent placement relative to pod seals.
Tools and resources
- Acoustic wall panels for shared-wall zones between pods
- Acoustic ceiling panel set for plenum treatment above pod clusters
- A decibel meter app for before-and-after measurement
- A floor plan or sketch with distances marked for the audit step
- The Quell 4-person pod as a spec reference if you're benchmarking against a 30–35 dB rated unit
What to do next
If you're setting up a new pod cluster from scratch rather than fixing an existing one, plan the acoustic zoning before pods arrive — see the acoustic zoning plan guide for how to lay out spacing, ceiling treatment, and door orientation before install day.
FAQ
What causes noise bleed between office meeting pods? Most bleed travels through the ceiling plenum, floor seals, or a shared air path when pods sit too close together — not through the pod walls themselves, which are typically rated to 30–35 dB reduction under ISO 23351-1:2020.
How much space should you leave between two office pods? Aim for at least 3 feet of clearance wherever floor space allows, with a soft buffer like furniture or acoustic panels filling the gap when pods must sit closer.
Do acoustic wall panels actually reduce bleed between pods? Yes — panels absorb reflected sound in the shared zone between units and cut the reverberant buildup that makes bleed feel worse than the raw dB number suggests.
Is ceiling treatment necessary if the pods already have high dB ratings? Often yes, because an open ceiling plenum lets sound travel up and over a pod's walls regardless of how well-sealed the unit itself is.
Can floor gaps really undo a pod's noise reduction rating? A gap as small as a quarter inch under a door threshold is enough to leak a meaningful share of a pod's rated performance, since sound takes the path of least resistance.
Should pod doors face each other in a shared room? No — angling doors 30–45 degrees away from a direct face-off breaks the sound channel that forms when two openings line up.
How do you measure whether a fix actually worked? Use a decibel meter app to log a baseline reading before changes and compare it after each step; this turns a subjective complaint into a number you can track.
Does office relocation typically make pod noise worse? Yes, because pods often lose their original spacing and orientation during a move — re-running the layout audit after any relocation catches this early.
One last thing
The complaint that sounds like "the pod isn't soundproof enough" is, in the large majority of real cases, a ceiling plenum leak or a door-seal gap — not a pod that underperforms its 30–35 dB rating. Check the plenum and the floor seal before you consider replacing a single unit.
