audio

5 Best Songs to Test Headphones

Updated October 2, 2026 · 5 products reviewed · Independently tested

5 Best Songs to Test Headphones

A good headphone test song should expose specific strengths and weaknesses—not merely sound impressive. The five tracks below cover sub-bass extension, vocal realism, imaging, dynamics and complex layering.

Use familiar lossless or high-quality versions, disable EQ and volume-match comparisons. Hearing the same passage at a louder level can make one headphone seem better even when it is not.

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1Best Overall4.9
The Eagles - Hell Freezes Over product photo

The Eagles - Hell Freezes Over

A versatile live recording for checking bass control, separation, ambience and guitar detail.

What we liked

  • +Opening percussion reveals sub-bass extension and decay
  • +Live ambience makes soundstage depth easy to assess
  • +Layered guitars expose poor instrument separation
  • +Vocals and cymbals highlight midrange and treble balance

What we didn't

  • –Audience ambience can sound exaggerated on very wide headphones
  • –Multiple masters and releases may not sound identical

If you use only one track, this live recording covers the widest range of headphone performance. Focus on the opening percussion, guitar placement and separation during the full-band passages.

2Best for Sub-Bass4.8
Hans Zimmer and James Newton Howard — Why So Serious? product photo

Hans Zimmer and James Newton Howard — Why So Serious?

A demanding soundtrack cue that reveals how deeply and cleanly headphone drivers can reach.

What we liked

  • +Extended low-frequency sweep exposes bass roll-off
  • +Sustained tones reveal driver distortion and rattling
  • +Quiet-to-loud structure tests dynamic scaling
  • +Low bass is easy to distinguish from mid-bass emphasis

What we didn't

  • –Deep sweep can encourage unsafe volume levels
  • –Less useful for judging vocal timbre

Use the bass sequence beginning around the three-minute mark to identify extension and distortion. Start quietly, because the deepest frequencies may be felt more readily than heard.

3Best for Imaging4.8
Bubbles product photo

Bubbles

Precisely positioned organic sounds expose blurry imaging and uneven channel placement.

What we liked

  • +Moving objects make left-to-right tracking obvious
  • +Layered impacts test front-to-back spatial distinction
  • +Sharp transients reveal attack and driver control
  • +Sparse arrangement makes placement errors easy to hear

What we didn't

  • –Unconventional arrangement is unlike most everyday music
  • –Perceived space depends partly on the recording’s deliberate effects

This is the clearest choice for judging positional precision. Individual bouncing and rolling sounds should occupy stable locations rather than collapsing into three broad left-center-right zones.

Check price on Amazon~$1–2 per digital track
4Best for Vocals4.7
Tracy Chapman product photo

Tracy Chapman

A natural, intimate vocal recording for identifying midrange coloration and harsh upper frequencies.

What we liked

  • +Centered vocal makes midrange balance easy to judge
  • +Vocal texture exposes excessive smoothing or grain
  • +Acoustic guitar reveals sharp or metallic treble
  • +Bass line tests warmth without dominating the mix

What we didn't

  • –Does not probe the deepest sub-bass
  • –Relatively restrained production offers limited soundstage spectacle

Choose this track when vocal realism matters most. Tracy Chapman’s voice should remain full and intelligible without sounding muffled, nasal, overly chesty or piercing.

5Best for Complex Layering4.6
Random Access Memories [2LP] product photo

Random Access Memories [2LP]

A steadily expanding production that tests whether headphones stay composed in dense passages.

What we liked

  • +Spoken introduction reveals vocal timbre and room tone
  • +Dense finale tests separation under heavy layering
  • +Electronic bass exposes control and rhythmic definition
  • +Wide dynamic progression reveals compression and congestion

What we didn't

  • –Long runtime makes rapid comparisons less convenient
  • –Dense ending can sound impressive even when tonal balance is uneven

This track is ideal for checking whether detail survives as a mix becomes busier. Good headphones maintain distinct drums, bass, synthesizers and orchestral elements through the finale.

How we chose these test tracks

We selected recordings with distinct sonic cues that make headphone differences easier to identify. Rather than filling the list with bass-heavy showpieces, we looked for controlled low frequencies, believable voices, precise spatial information, wide dynamic swings and dense arrangements that can reveal congestion.

These tracks are available through major digital music services, including Amazon Music, although catalog availability and purchase options can vary by region. Use the highest-quality version available and turn off volume normalization, spatial-audio processing and equalization before comparing headphones.

Best overall test: “Hotel California” (Hell Freezes Over)

The live 1994 rendition is useful because it tests several qualities within one recording. The opening percussion should sound deep and taut rather than like a single swollen thump. Audience ambience and guitar placement reveal how convincingly headphones reproduce space, while the busier sections expose poor separation.

Listen for the initial drum transients and the decay that follows each hit. Good headphones distinguish impact from resonance instead of blending both into a soft boom. The guitars should remain individually traceable once the full arrangement arrives.

Best for sub-bass: “Why So Serious?”

Hans Zimmer’s soundtrack cue contains a famously deep bass sweep beginning around the three-minute mark. Headphones with genuine low-frequency extension reproduce its descent smoothly; weaker models become quieter, distort or substitute mid-bass vibration for true sub-bass.

Start at a conservative volume. The sweep can demand substantial driver excursion, and increasing loudness to compensate for missing extension is neither useful nor safe.

Best for imaging: “Bubbles”

Yosi Horikawa builds this track from bouncing, rolling and striking sounds placed throughout the stereo field. It makes vague imaging immediately apparent. Each object should occupy a stable location and move smoothly rather than jumping between the center and ear cups.

This is especially helpful for comparing gaming headsets or closed-back headphones, where accurate directional placement matters more than an artificially huge soundstage.

Best for vocals: “Fast Car”

Tracy Chapman’s voice provides a strong test of midrange balance and timbral realism. Excess upper-midrange energy can make consonants aggressive, while a recessed midrange pushes the vocal behind the guitar. The voice should sound centered, textured and natural without added chestiness.

The acoustic guitar also reveals treble problems. Its strings need clear attack, but excessive brightness turns them metallic and tiring.

Best for complex layering: “Giorgio by Moroder”

This Daft Punk production grows from spoken narration into a dense mix of synthesizers, drums, bass and orchestral elements. Capable headphones preserve separation as the arrangement expands. Less controlled models flatten everything into a loud, crowded wall.

Use the quiet opening to check vocal naturalness, then compare how well each headphone maintains bass definition and transient snap during the finale. It is an efficient test of composure across multiple volume levels.

How to choose

How to test headphones with music

Use a clean source. Choose lossless audio when possible, or at least a high-bitrate stream. Bluetooth codec differences are usually less important than headphone tuning, but testing wired and wireless modes separately can reveal DSP changes or connection-related compression.

Match the volume. Even a small loudness increase can create the impression of stronger bass, clearer detail and wider sound. Use the same device and approximate listening level for every headphone. If one model is more sensitive, adjust it downward rather than leaving the volume control unchanged.

Test one quality at a time. For bass, listen for extension, pitch definition and fast decay—not sheer quantity. When checking vocals, focus on whether voices sound natural or become nasal, muffled or sharp. For imaging, identify exact positions and movement instead of judging only apparent width.

Replay short sections. Auditory memory fades quickly. Select a 10- to 30-second passage, switch headphones and replay it immediately. Longer casual listening is still important for comfort and fatigue, but short loops make tonal differences easier to recognize.

Disable processing first. Turn off EQ, bass boost, virtual surround, head tracking and volume normalization. Establish the headphone’s baseline performance before adding preferred adjustments. If you normally use EQ, repeat the comparison afterward with carefully matched presets.

Finally, avoid testing at high volume. Louder playback does not reveal quality reliably and deep-bass tracks can encourage unsafe level increases. A good headphone should retain bass definition, vocal intelligibility and spatial cues at moderate listening levels.

Common questions

What is the single best song to test headphones?

The Eagles’ live “Hotel California” from Hell Freezes Over is the most versatile single test here because it combines deep percussion, acoustic detail, spatial ambience, vocals and a layered arrangement.

Should I use lossless audio when testing headphones?

Lossless audio removes one variable and is preferable, but careful volume matching and familiarity with the recording matter more than comparing lossless audio with a good high-bitrate stream.

How can I test headphone bass properly?

Listen for how far the bass extends, whether individual notes remain distinguishable and whether impacts stop cleanly. More bass is not necessarily better; uncontrolled mid-bass can mask vocals and fine detail.

Should EQ and spatial audio be turned off during testing?

Yes. Begin with EQ, virtual surround, head tracking and other processing disabled. After learning the headphone’s baseline sound, repeat the test with the settings you expect to use regularly.