SoundsField recordingsFrequenciesDecibelsInstrumentsGlossaryToolsLearn
  1. Home
  2. How loud is…
  3. How Loud Is a Garbage Truck? (100 dB)
Extremely loud · Sound level

How loud is a garbage truck?

A garbage truck is about 100 dB, with a typical range of 85–105 dB. Compactor running, at curbside.

100 dB
0306085110140194
100 dBTypical level
85–105 dBTypical range
×16.0Perceived vs. conversation
15 minutesNIOSH daily limit

How loud is a garbage truck?

A garbage truck is about 100 dB, with a typical range of 85–105 dB. Compactor running, at curbside.

That is about 16 times as loud to the ear as normal conversation and 1e+04 times the sound energy.

Can it damage your hearing?

Yes, with enough exposure. At 100 dBA, NIOSH recommends a daily limit of 15 minutes; at the top of the range (105 dB) it is 4.7 minutes. Wear earplugs or earmuffs, keep your distance and limit time near the source.

How sound level changes with distance

Decibel figures always depend on distance. For a small source in open air, every doubling of distance lowers the level by about 6 dB; indoors, reflections reduce that drop. Use the sound-vs-distance calculator to estimate the level where you are.

Sounds as loud as a garbage truck

Safe listening time

LevelNIOSH recommended limitOSHA legal limit (US)
94 dBA1.0 hours4.6 hours
97 dBA30 minutes3.0 hours
100 dBA15 minutes2.0 hours
103 dBA7.5 minutes1.3 hours
106 dBA3.8 minutes52 minutes

NIOSH: 85 dBA for 8 hours with a 3 dB exchange rate; OSHA: 90 dBA for 8 hours with a 5 dB exchange rate. General information, not medical advice – see a hearing professional about ringing ears, muffled hearing or pain.

More recordings elsewhere

Frequently asked questions

How many decibels is a garbage truck?

About 100 dB, with a typical range of 85–105 dB.

Is a garbage truck louder than a jet engine?

No – a jet engine at takeoff is about 140 dB at 30 m, while a garbage truck is about 100 dB.

How are these levels measured?

With a sound level meter, usually A-weighted (dBA) to match human hearing. Published figures depend on distance and conditions, so treat them as typical values.

Sources & credits