Free Training Tool

Golden Ear Frequency Training

Train your ears to identify and discriminate audio frequencies from 20 Hz to 22 kHz. Five training modes covering identification, discrimination, narrow-band gaps, and interval recognition. Adaptive difficulty. Scores tracked across sessions.

Why train your ears? Recognising what a +3 dB bump at 5 kHz sounds like, or hearing a 100 ms decay tail, makes you a better reviewer, mixer, and listener. Most people improve measurably after a few weeks of 5-minute daily sessions.

Choose a training mode

Score: 0 Streak: 0

Why train your hearing?

Frequency recognition builds critical listening

Professional mixing engineers, mastering engineers, and acoustic consultants spend years developing their ability to identify frequency ranges by ear. This is not a mystical skill - it is a learned, trainable ability.

When you can immediately recognize that a speaker has a "3kHz peak" or a "dip at 250Hz," you hear your equipment more accurately and choose more wisely.

About the frequency range

Human hearing extends from approximately 20Hz to 20kHz, though this varies significantly with age and hearing health. The tool includes tones above 18kHz so you can check your own hearing ceiling - and discover how it changes over time.

Below 80Hz, you feel the vibration as much as hear it. The 200Hz-5kHz range is where most musical detail lives. Above 12kHz, you're hearing the "air" of cymbals and string instruments.

The frequency band cheat sheet

Every "boomy," "thin," "shouty," "honky," "harsh," or "airy" complaint sits in a specific band. Memorise these names and you can read EQ graphs without translating, and place review notes ("3 dB peak around 3 kHz") on a mental ruler.

Range	Band name	What lives there / what it sounds like
20-60 Hz	Sub-bass	Felt more than heard. Pipe organ pedals, kick drum body, EDM sub.
60-200 Hz	Bass	Bass guitar fundamentals, drum body. Excess = boomy / one-note bass.
200-500 Hz	Lower midrange	Male vocal weight, body of cellos and acoustic guitars. Excess = muddy / boxy.
500 Hz-2 kHz	Midrange	Vocal intelligibility, lead instruments. Most musical information lives here.
2-4 kHz	Upper midrange / "presence"	Where ear sensitivity peaks. Excess = forward / shouty / fatiguing.
4-8 kHz	Lower treble	String bow texture, cymbal stick attack. Where reviews call gear "bright."
6-10 kHz	Sibilance band	"S" and "T" consonants. Tuning here makes or breaks vocal listenability.
10-16 kHz	Upper treble / "air"	Cymbal shimmer, room ambience, breath noise.
16 kHz+	Extended treble	Most adults stop hearing here. Affects perceived "openness" more than detail.

FAQ

Golden Ear training FAQ.

How long it takes, what the five training modes are, and why it makes audio reviews more useful.

Can I train my ears to identify audio frequencies?
Yes, with measurable progress in days to weeks. Your auditory cortex adapts to sustained training the same way visual recognition does. The tool runs five modes from beginner identification (octaves) up to audiophile-grade discrimination (1/12 octave or finer), each with adaptive difficulty based on your scores.
How long does it take to develop a "Golden Ear"?
Two to six weeks of daily 10-15 minute sessions is enough to reliably identify frequency bands within 1/3 octave. Reaching audiophile-level resolution (1/12 octave or finer, telling 3.5 kHz from 4 kHz) typically takes months and requires consistent practice with reference monitors or open-back headphones.
What are the five training modes?
(1) Identify - pick the frequency from a fixed list. (2) Discriminate - decide which of two tones is higher. (3) Octave recognition - name the octave. (4) Interval recognition - name the interval between two tones. (5) Audiophile challenge - free-form identification with full-range tones and adaptive difficulty.
Why is frequency training useful for audio reviews?
It builds vocabulary. Knowing where 200 Hz, 2 kHz, and 8 kHz live makes "boomy bass at 80 Hz" or "harsh upper mids at 3 kHz" actionable instead of vague. Reviewers, mixing engineers, and serious listeners all benefit; the difference between "a bit bright" and "a 6 kHz peak" is the difference between an opinion and a diagnosis.