Unveil

Rock mix analysis — scored against real Rock references

Upload a Rock mix and Unveil grades it against a hand-curated reference set of commercially released Rock records — not a generic loudness number. It checks the things that actually matter for Rock: guitar/vocal separation and punchy transients. Then it hands you the specific fixes for your DAW.

The sound listeners expect from rock

Rock is built on energy: drums that hit hard, guitars that feel wide and thick, a bass that holds the foundation, and a vocal that stays on top without disappearing. Within that there is huge variation, from classic rock's wide dynamics to modern heavy rock's density, but the target of about -10 LUFS and a dynamic range around 10 dB describes a mix that is loud and punchy while still letting drums breathe.

As with every genre, those figures are reference targets drawn from typical releases, not rules. A garage band record can sit at -13 LUFS and sound excellent, and a metal master can run hotter. The point is to understand what each choice costs.

Tonal balance across the six bands

Most problems come from guitars fighting the vocal in the mids and hi-mids, or from too many layers producing a fuzzy low-mid band. Subtractive EQ on guitars usually helps more than boosting the vocal.

Guitar layering and panning

The classic approach is quad-tracking: record the same rhythm part twice on each side and pan the pairs hard left and right. The slight timing and pitch differences between takes create width that a copy of one take can not. Pan the layers at roughly 100% L and R for the main pair and 50-70% for a second pair if you need more thickness. Lead guitars and solos often sit near center or at 30-40% to one side, with a delay or reverb on the opposite side for balance.

Do not use more layers than you need. Two tight takes on each side beat six loose ones. High-pass the rhythm guitars near 100 Hz and low-pass fizz near 8-10 kHz. Use a notch or a gentle dip of 2-3 dB around 2-4 kHz in guitars to open a lane for the vocal, and compensate by adding a little 4-6 kHz to the vocal if needed.

The drum bus and the low end

Drums define the rock mix. Start with the kick and snare: the kick needs body around 60-100 Hz and click around 2-4 kHz; the snare needs body at 150-250 Hz and crack at 3-5 kHz. Toms can ring in the low-mids at 200-400 Hz; gate or EQ out the ring if it clashes with the bass.

On the drum bus, a compressor at 4:1 with a 10-30 ms attack and a fast-to-medium release (auto or 100-200 ms) with 3-5 dB of reduction gives glue while letting the transient through. Parallel compression, blending a heavily compressed copy (e.g., 10:1, 8-12 dB of reduction) underneath, adds size without flattening the dry hit.

For bass, a common approach is to blend a clean DI with an amp or distorted signal, so the low end stays solid while the mid-range grit lets the bass be heard on small speakers. Keep the kick and bass in agreement: a short sidechain or a deliberate EQ split (kick at 60 Hz, bass at 90-100 Hz, or the reverse) prevents them cancelling each other.

Dynamics and loudness: what -10 LUFS and 10 dB really mean

A reference of -10 LUFS means the track is about 4 dB hotter than the roughly -14 LUFS that Spotify and YouTube play back at, and 6 dB hotter than Apple Music's roughly -16 LUFS. On those services the track is turned down by the difference, so it ends up at the same playback level as a quieter master. What you keep from a quieter master is the transient detail: the snare and kick keep their punch, which the loudness war removed from many records.

A dynamic range near 10 dB tells you the peaks are still roughly 10 dB above the average. If you push for -7 LUFS, that gap shrinks and the drums lose snap. Use a limiter at the end with no more than 3-5 dB of gain reduction on peaks, set the ceiling to about -1 dBTP, and check the true peak, since lossy encoding can overshoot. Rock choruses can be 2-4 LU louder than verses in short-term loudness; keep that contrast rather than flattening it.

Workflow

  1. Balance drums, bass and guitars with the vocal muted, then add the vocal and check that it fits.
  2. High-pass guitars and vocals, and decide where kick and bass live in the 50-120 Hz range.
  3. Cut 2-4 dB around 300-500 Hz on guitars and snare to open the low-mids.
  4. Compress the drum bus (4:1, 3-5 dB) and add parallel compression if more weight is needed.
  5. Pan quad-tracked guitars hard, keep bass, kick, snare and lead vocal at center.
  6. Create room with a short drum reverb (0.6-1.2 s) and a plate for vocals; keep guitars relatively dry for definition.
  7. Bus-compress lightly, then set the limiter to land near -10 LUFS with a ceiling around -1 dBTP.
  8. Check in mono, on small speakers and at low volume, and A/B against reference rock records at matched loudness.

A worked example, mistakes and checklist

Your mix measures -7.5 LUFS with a dynamic range of 6 dB, and the snare sounds like a thud. Pull back the master limiter by about 2.5 dB to reach -10 LUFS. If the transient is still dull, shorten the drum bus compressor's attack from 3 ms to 15 ms so more of the stick hit passes. Now the vocal feels buried: instead of raising it, cut 2 dB at 3 kHz on both guitar buses and boost the vocal 1 dB at 5 kHz.

What you get

Questions

What loudness should a Rock mix hit?

Unveil targets roughly -10 LUFS integrated for Rock, but loudness alone doesn't make a mix — it's weighed alongside dynamics (DR ~10), tonal balance, phase, and frequency conflicts.

Is the Rock scoring just a generic algorithm?

No. Rock is scored against measured statistics from a curated set of released Rock tracks, so the targets reflect how the genre is actually mixed and mastered.

Is it free?

Yes — analysis is free with a quick sign-up. The optional Fix My Mix mastering pass is paid.

Related

Analyze your mix — free