Shower Sound — Simulated Running Water
Shower is a ten-minute DSP interpretation of running shower water. It is designed as a continuous water-impact-like texture, but no bathroom shower or plumbing fixture was recorded.
Listen to Shower — Synthetic
Press Play; nothing starts automatically. With JavaScript, the shared player keeps listening active across pages and gives access to Volume, Sleep Timer and Dark Screen. Native MP3 controls remain available without JavaScript.
This master passed automated source checks. The site owner has approved the current 10-minute audio master. Realism varies by listener; use a comfortable volume.
Compare Shower — Synthetic with other sounds
Hear the actual, different audio files. Switching selections preserves the existing sleep-timer deadline; recordings are not automatically matched for loudness. Start at a low volume when changing tracks.
To read details about another recording rather than just audition it, use its dedicated page: Rain on Window · Waterfall · Pink Noise.
What does Shower — Synthetic sound like?
The measured master places considerable power at higher frequencies, which can make the texture sound sharper than a waterfall or Brown Noise recording. This is a synthetic profile rather than the acoustics of a measured shower head.
How it differs from related sounds
Rain on Window is based on real drops striking glass; Waterfall and Ocean Waves come from short field recordings; Shower is an independently synthesized sound. They are distinct sources and should not be treated as interchangeable water labels.
Measured sound spectrum: Shower (synthetic)
This chart is derived from the decoded approved master, not estimated from the sound name. The bands summarize signal-amplitude density in a four-region Welch analysis of the encoded audio. Each bar is normalized against the strongest band of this track only; it is not suitable for comparing absolute playback levels across tracks.
The fitted spectral slope over 120–6,000 Hz is 15.69 dB per decade. Integrated source level is -23.1 LUFS and measured true peak is -13.9 dBTP. These are decoded-source measurements, not calibrated SPL or loudness at your ears. Analysis uses four sampled 20-second regions of the 600-second master with 16,384-point Welch windows. The slope is a regression over a subset of frequencies, not a universal physical law for the sound label.
Why simulated running shower water differs from rain or waterfall audio
A real shower sends many short water impacts onto tiles, a basin, skin and other nearby surfaces. Our source is a synthetic approximation of that fine spray-like texture, not a microphone recording from a bathroom. It uses independent broadband random material with a high-pass emphasis around 680 Hz, an upper-frequency cutoff near 10.5 kHz and gentle density modulation. Those are synthesis settings, not measurements of water pressure, showerhead design or room acoustics.
The approved decoded MP3 contains relatively little 80–250 Hz energy. Sampled band levels rise strongly through the middle and upper bands, unlike bass-rich Air Conditioner or Low Rumble sound. Its +15.69 dB-per-decade fitted slope across 120–6,000 Hz summarizes a rising portion of the file's spectrum, not a claim that all real showers share this slope. The near-flat top two measured bands help explain its sustained bright, fine-spray-like hiss.
For Rain on Window, the source arrangement comes from real rainfall material and can include separate droplet impacts against glass. Heavy Rain uses an approved independent CC0 rainfall field recording of 189.76 seconds. Waterfall uses an independently recorded 375.48-second CC0 source. Shower has none of those environmental capture details: it is deliberately even and continuously synthesized for a different, indoor running-water concept.
The differences should be assessed by pressing the A/B choices, not by reading the track names alone. A bright noise spectrum does not guarantee that the sound convincingly recreates your bathroom. Headphones and speakers alter perceived brightness, and these samples are not normalized for equal perceived loudness. Lower your volume before switching among tracks.
What you are hearing
The sound is a self-contained, ten-minute digital master shaped to evoke consistent water spray. It is not a faucet leak detector, water-quality monitor or measurement of plumbing performance. It also contains no guarantee of convincing room reflections or realistic shower startup and stop events.
Choosing between a shower, rain and waterfall
Choose the shower simulation if you want an indoor, relatively consistent hiss-like water texture. Choose Rain on Window if individual rainfall contact is important. Heavy Rain provides a fuller outdoor rainfall recording, while Waterfall has a real, continuously flowing outdoor-water source. Their natural source lengths differ, and playback repetition does not increase the amount of original recording.
Useful listening habits
The track can be played as ambient background when relaxing or reading, with Sleep Timer available in the shared player. Because this version favors higher frequencies, start at a low volume, especially with headphones. A pleasant personal experience is not evidence of a measured sleep benefit or an approved clinical therapy.
What makes this Sound Page standalone
A shower-like simulated spray has a specific indoor running-water interpretation and a distinct measured frequency profile from the already indexable natural-water Sound Pages. The page distinguishes simulated from field-recorded material and links to the real alternatives. This is an editorial basis for a cautious single-page indexing experiment, not evidence of keyword volume, guaranteed ranking, or Google acceptance.
The measurements come from this site's source-generation and QA code, with track-level values preserved in the DSP manifest. The figures help compare frequency emphasis; they do not substitute for a calibrated listening experiment or actual field recording.
Choosing a listening situation
Try this when you want a consistent, water-like background without the stop-and-start structure of a natural scene. Begin at low volume; bright water-like sounds can feel prominent on headphones.
Audio source, quality and transparency
Created by WhiteNoiseChoir as an original, independently generated, 600-second DSP file. It is not a recording of a physical source and not a short repeated clip stretched to ten minutes.
- Source type
- Original independently generated synthetic sound
- Independent source material
- 600 seconds of independently generated material
- Published MP3 master
- 600 seconds · 44.1 kHz · 192 kbps · centered stereo
- Integrated digital loudness
- -23.1 LUFS
- Measured true peak
- -13.9 dBTP
- Measured spectral tilt
- 15.69 dB per decade (overall fitted slope)
- QA status
- Technical checks PASS · owner-approved for listening
- Playback transport
- Native multi-cycle HLS on supported Safari; looping MP3 otherwise
Questions about Shower — Synthetic
Was this recorded in a bathroom?
No. Shower is an original synthesized approximation of water noise, not a recorded fixture.
Why does it sound brighter than some other water sounds?
Its measured frequency distribution places more energy toward upper frequencies. Device response and volume can change how sharp it feels.
Does the sound stop after ten minutes?
No. Ten minutes describes the MP3 master; the player uses continuous HLS or MP3 looping until stopped, the timer expires, or your device interrupts playback. HLS repeats the master rather than creating additional independent audio.
Is this real shower water recorded in a bathroom?
No. The 600-second audio source is original synthetic DSP. No shower fixture or bathroom was recorded.
How is it different from the Waterfall recording?
Waterfall uses 375.48 seconds of independent approved real CC0 field recording, looped as needed. Shower uses an independently generated 600-second synthetic sound shaped to resemble consistent spray.