QuietScore › Dryers › WHIRLPOOL FFT M11 8X3B BE
WHIRLPOOL FFT M11 8X3B BE noise level
The WHIRLPOOL FFT M11 8X3B BE is exactly at the category median of 64 dBA. It carries EU energy class C.
Full specifications
| Brand | WHIRLPOOL |
|---|---|
| Model number | FFT M11 8X3B BE |
| Category | Dryers |
| Sound level | 64 dBA during drying (EU energy-label declared) |
| EU noise class | B (scale A–D) |
| EU energy class | C |
| Capacity | 8 kg |
| Width | 60 cm |
Quieter alternatives
| Model | dBA | Noise class | Capacity | |
|---|---|---|---|---|
| Bosch WRB247CXPL A | 57 | A | 9 kg | specs |
| Bosch WRB247D0FG A | 57 | A | 9 kg | specs |
| Bosch WRB247D0GR A | 57 | A | 9 kg | specs |
| Siemens WR47B2C0FG A | 57 | A | 9 kg | specs |
| Siemens WR47B2D0DN A | 57 | A | 9 kg | specs |
Similar dryers
| Model | dBA | Noise class | Capacity | |
|---|---|---|---|---|
| AEG TR739GP4B C | 64 | B | 9 kg | specs |
| AEG TR744P95P C | 64 | B | 9 kg | specs |
| AEG TR7G93W C | 64 | B | 9 kg | specs |
| AEG TR7T960EX C | 64 | B | 9 kg | specs |
| AEG TR8T70680 C | 64 | B | 8 kg | specs |
Frequently asked questions
How many decibels is the WHIRLPOOL FFT M11 8X3B BE?
The WHIRLPOOL FFT M11 8X3B BE has a declared sound level of 64 dBA during drying (EU noise class B). That is as loud as a typical conversation or background music — noticeable from the next room.
Is the WHIRLPOOL FFT M11 8X3B BE quiet?
At 64 dBA, the WHIRLPOOL FFT M11 8X3B BE is quieter than 26% of the 492 dryers with published sound ratings that we track, and exactly at the category median of 64 dBA.
Data provenance: Sound levels (dBA) are taken from the EU EPREL energy-label registry, where airborne noise emission is a legally required, regulator-verified field on every dishwasher, washing machine and tumble dryer sold in the EU. We surface globally-sold brands and link each model to its official EU energy label. Model identifiers follow EU registrations; US model numbers for the same product can differ. Last fetched 2026-07-27. View the official EU energy label for this model. See our methodology for how this differs from our certified fan data.