High-Frequency
Upper Limit Explorer
Starts at 8kHz - Auditory age estimate
High-Frequency Focus
High-Frequency Hearing Explorer
Start above 8kHz to map your upper hearing limit and estimate auditory age from the highest tone you still hear.
Put on headphones.
Start low volume, then drag the slider and mark what you hear.
Current Tone
12.0kHz
High-pitched alerts and ringing
🗣️ Speech zone
250Hz - 4kHz
🎵 Music zone
20Hz - 8kHz
🦇 Ultra-high
12kHz - 20kHz
Waveform
Idle
Frequency Slider
Log scale: 8kHz to 20kHz
🔔 High Pitch
Keep volume moderate.
First interaction may unlock audio.
Quick Response
Tap a response for the current position. You can test any point again.
Hearing Snapshot
Band-by-band status
Samples
0
🎵 Transition
4kHz - 8kHz
Not tested
Upper detail before high-pitch range
🔔 High Pitch
8kHz - 14kHz
Not tested
Alarms and sharp tones
🦇 Ultra High
14kHz - 20kHz
Not tested
Age-sensitive top end
Auditory Age Estimate
Highest Marked Heard
Not enough data
Estimated Auditory Age
Need more samples
Rough estimate only. Headphones and browser playback can limit top-end results.
Status Legend
✅ Normal = heard at tested points, ⚠️ Mild Loss = mixed responses, ❌ Significant Loss = not heard at tested points.
Continue Your Assessment
Completed this test? Try another assessment to get a full picture of your auditory health.
01 // Overview
High-Frequency Limit Test
This slider-based high-frequency explorer starts at 8kHz and helps you estimate your upper hearing limit using a simple hear / not-hear workflow. It is ideal for quick curiosity checks and trend tracking.
- Young adults monitoring noise exposure
- Audio professionals and musicians
- Anyone curious about age-related top-end hearing changes
02 // Instructions
Step-by-step guide
Use Good Headphones
Cheap earbuds and some Bluetooth devices roll off early, which can make your hearing limit appear lower than it is.
Sweep Slowly
Drag from 8kHz upward and test several points near your limit. Stay at moderate volume because high frequencies can feel sharp.
Mark & Compare
Use the response buttons and check the inline auditory age estimate and high-frequency band status for a quick summary.
03 // FAQ
Common
Questions
Everything you need to know about this specific hearing assessment.
That can be normal. High-frequency sensitivity commonly decreases with age and noise exposure.
04 // Scientific Basis
Understanding the Science & Clinical Context
High-frequency hearing loss often appears first after noise exposure or with age-related change because the cochlear region for high pitches is especially vulnerable.
Professional Suggestion
"If your upper limit seems much lower than expected, repeat the test with better headphones in a quiet room, then consider professional testing if the pattern persists."
