Most EQ tutorials overcomplicate things.
They give you exact frequency numbers, specific dB cuts, and complex workflows that only work on the exact vocal they're using—not yours.
Here's the truth: EQ isn't about memorizing settings. It's about training your ears to hear what needs adjusting.
In this guide, I'm breaking down my 2-step EQ approach that works on any vocal, any genre, any voice type. No guessing. No copying settings from tutorials. Just listening, identifying, and adjusting.
What You'll Learn
- The 2-step EQ method that works on every vocal
- How to isolate and evaluate highs, mids, and lows separately
- How to find and remove resonant frequencies (the surgical approach)
- What typical EQ curves look like for different voice types
- When to boost vs. when to cut (and why cutting is usually better)
Why Most EQ Advice Doesn't Work
If you've ever followed an EQ tutorial step-by-step and thought "this doesn't sound right on my vocal," you're not alone.
Here's the problem: every voice is different.
A setting that works perfectly on a bright female pop vocal might ruin a dark male R&B vocal. A boost at 3kHz might add presence to one singer and harsh nasality to another.
That's why copying specific numbers doesn't work. You need a process that adapts to the vocal you're working on—not a one-size-fits-all template.
Once you learn to listen properly, EQ becomes intuitive. You'll know exactly what needs adjusting just by hearing it.
The 2-Step EQ Approach
Forget complicated workflows with 10+ moves. Here's how I EQ every vocal:
Step 1: Tonal Balance (Highs, Mids, Lows)
Listen to three different frequency areas and decide if each needs a boost, a cut, or should stay untouched.
Step 2: Resonance Removal (Surgical Cuts)
Find any annoying resonant frequencies that stick out and notch them down.
That's it. Two steps. Works every time.
Let's break down each one.
Step 1: Tonal Balance (Highs, Mids, Lows)
This is where you shape the overall tone of the vocal—warm or bright, thick or thin, present or laid-back.
How to Do It:
Solo your vocal. Play a section that's representative of the performance (not just one word—give yourself 10-15 seconds to evaluate).
Now, train your ears to isolate three frequency ranges:
Listen to the Highs (8kHz - 15kHz+)
Focus only on the top end. Ignore everything else.
Ask yourself:
- Does the vocal sound airy and open, or dull and muffled?
- Is there too much brightness, making it harsh or sibilant?
Is there not enough air, making it feel closed off?
Action:
Too dull/muffled → Boost the highs (usually 10kHz - 12kHz with a high shelf)
Too bright/harsh → Cut the highs (usually 8kHz - 10kHz with a high shelf)
Sounds balanced → Leave it alone
Listen to the Mids (500Hz - 4kHz)
This is where presence, clarity, and nasality live. Focus only on the midrange.
Ask yourself:
Does the vocal sound present and forward, or buried and distant?
Is there nasality or honkiness (usually around 1kHz - 3kHz)?
Does it sound clear and articulate, or muddy and boxy?
Action:
Too distant/dull → Boost the upper mids for presence (2kHz - 4kHz)
Too nasal/honky → Cut the problem frequency (sweep 1kHz - 3kHz to find it)
Too muddy → Cut the lower mids (300Hz - 600Hz)
Sounds balanced → Leave it alone
Listen to the Lows (80Hz - 500Hz)
Focus only on the low end. This is where warmth, body, and muddiness live.
Ask yourself:
Does the vocal sound warm and full, or thin and weak?
Is there too much low end, making it boomy or muddy?
Is there rumble or noise below the fundamental frequency?
Action:
Too thin → Boost the lows for warmth (150Hz - 300Hz)
Too boomy/muddy → Cut the lows (200Hz - 400Hz)
Rumble present → High-pass filter (cut everything below 80Hz - 120Hz)
Sounds balanced → Leave it alone
The Key Principle: Only Move What Needs Moving
Don't EQ just because you can. If the highs sound good, leave them alone. If the mids are balanced, don't touch them.
The goal isn't to make 10 moves—it's to make the right moves.
Most vocals only need 2-4 adjustments total. If you're making 8+ EQ moves, you're overthinking it.
Step 2: Resonance Removal (Surgical Cuts)
After you've balanced the overall tone, listen for any specific frequencies that stick out as unpleasant or harsh.
Resonance feels like one note or frequency is ringing too loudly—it's disproportionately loud compared to everything else. It might sound nasal, honky, harsh, or boxy.
How to Find Resonant Frequencies:
This is the "sweep and destroy" technique:
Step 1: Create a narrow EQ band (high Q value, like 5-10)
Step 2: Boost that band by 10-15dB
Step 3: Sweep slowly through the frequency range (start around 200Hz, sweep up to 5kHz)
Step 4: Listen for when it gets really loud and unpleasant—that's your resonance
Step 5: Once you've found it, cut that frequency by 2-6dB (keep the narrow Q)
Common resonant frequency ranges:
200Hz - 400Hz: Boxiness, muddiness
400Hz - 800Hz: Honkiness, low-mid buildup
1kHz - 3kHz: Nasality, harshness
3kHz - 5kHz: Piercing presence, aggression
You might find 0-3 resonant frequencies per vocal. Some vocals are naturally balanced and don't have any problematic resonances. Others might have 2-3 that need notching out.
The key: Use narrow cuts. Wide cuts will hollow out the vocal. Narrow cuts surgically remove the problem without affecting the surrounding frequencies.
When to Boost vs. When to Cut
Here's a principle that'll save you a lot of headaches:
Cutting is usually better than boosting.
Why? Because boosting adds energy and can create new problems (harshness, muddiness, resonance). Cutting removes problems without adding anything new.
When to cut:
Removing muddiness, boxiness, harshness, nasality
Controlling resonant frequencies
Cleaning up low-end rumble
Taming overly bright vocals
When to boost:
Adding presence to a dull, distant vocal
Adding air and openness to a muffled vocal
Adding warmth to a thin, cold vocal
General rule: If you can solve the problem with a cut somewhere else in the spectrum, do that instead of boosting.
For example:
Vocal sounds too dark? Instead of boosting the highs, try cutting the low-mids (200Hz - 500Hz). This can open up the vocal without adding harshness.
Vocal sounds muddy? Instead of boosting the upper mids, cut the low-mids (300Hz - 600Hz).
EQ Settings for Different Voice Types
While I don't recommend copying exact settings, it helps to know what typical EQ curves look like for different voice types.
Use these as starting points, then adjust based on what you hear.
Bright Female Vocal (Pop, R&B)
Typical adjustments:
High-pass filter: 100Hz - 120Hz (remove rumble)
Cut 200Hz - 400Hz: -2 to -4dB (reduce boxiness, clear up muddiness)
Boost 3kHz - 5kHz: +2 to +4dB (add presence and clarity)
Boost or leave 10kHz+: 0 to +3dB (add air if needed, or leave if already bright)
Possible resonance cuts: 1kHz - 3kHz (narrow cuts if nasal)
What this sounds like: Clear, present, polished—typical radio-ready pop vocal sound.
Dark Female Vocal (Indie, Jazz, Soul)
Typical adjustments:
High-pass filter: 80Hz - 100Hz (preserve warmth)
Boost 150Hz - 250Hz: +1 to +3dB (add body and warmth)
Boost 8kHz - 12kHz: +2 to +4dB (add air and openness without harshness)
Possible cut 400Hz - 800Hz: -2 to -3dB (reduce honkiness if present)
Possible resonance cuts: 1kHz - 2kHz (narrow cuts if needed)
What this sounds like: Warm, intimate, natural—less "produced" than bright pop vocals.
Male Vocal (Hip-Hop, Rap)
Typical adjustments:
High-pass filter: 80Hz - 100Hz (remove rumble, keep low-end presence)
Cut 200Hz - 400Hz: -2 to -4dB (reduce muddiness and boxiness)
Boost 2kHz - 4kHz: +2 to +4dB (add clarity and presence—critical for rap vocals cutting through beats)
Cut or leave 8kHz+: 0 to -2dB (rap vocals often don't need extra air)
Possible resonance cuts: 500Hz - 1kHz (narrow cuts for honkiness)
What this sounds like: Forward, aggressive, clear—sits on top of dense hip-hop production.
Male Vocal (Singer-Songwriter, Rock)
Typical adjustments:
High-pass filter: 80Hz - 120Hz (depends on how much low-end body you want)
Boost 150Hz - 300Hz: +1 to +3dB (add warmth and fullness)
Cut 400Hz - 800Hz: -2 to -3dB (reduce boxiness)
Boost 3kHz - 5kHz: +2 to +3dB (add presence without harshness)
Boost 10kHz+: +1 to +3dB (add air and sheen)
Possible resonance cuts: 1kHz - 3kHz (narrow cuts if needed)
What this sounds like: Full, rich, present—balanced across the spectrum.
Warm/Soulful Vocal (R&B, Neo-Soul)
Typical adjustments:
High-pass filter: 80Hz - 100Hz (preserve low-end warmth)
Boost 150Hz - 250Hz: +2 to +4dB (emphasize warmth and body)
Cut 400Hz - 600Hz: -2 to -3dB (reduce muddiness without losing warmth)
Boost 3kHz - 4kHz: +1 to +3dB (add clarity without aggression)
Boost 10kHz - 12kHz: +2 to +3dB (add silky air)
Possible resonance cuts: 1kHz - 2kHz (narrow cuts if nasal)
What this sounds like: Rich, smooth, polished—lush and dimensional.
Common EQ Mistakes
Mistake #1: Copying Settings from Tutorials
Every voice is different. Settings that work on one vocal might ruin another.
The fix: Use the 2-step process (tonal balance + resonance removal) based on what you hear, not what a tutorial says.
Mistake #2: Boosting Instead of Cutting
Boosting adds energy and can create harshness, muddiness, or new resonances.
The fix: Try cutting elsewhere in the spectrum first. If the vocal sounds too dark, cut the low-mids instead of boosting the highs.
Mistake #3: Using Wide Cuts for Resonances
If you use a wide Q to cut a resonant frequency, you'll hollow out the vocal.
The fix: Use narrow cuts (high Q) for surgical resonance removal. Wide cuts are for broad tonal shaping.
Mistake #4: High-Passing Too Aggressively
Cutting too much low end makes vocals sound thin and lifeless.
The fix: Start your high-pass filter around 80Hz - 120Hz. Only go higher if there's noticeable rumble or if the vocal is fighting bass-heavy instrumentation.
Mistake #5: EQing in Solo Without Checking in Context
Your vocal might sound perfect in solo but disappear in the full mix.
The fix: Make broad tonal adjustments in solo, but always check resonance removal and final balance in context with the instrumental.
Mistake #6: Making Too Many Moves
If you're making 8+ EQ adjustments, you're overthinking it.
The fix: Only move what needs moving. Most vocals need 2-4 adjustments total: high-pass filter, tonal balance (1-2 moves), and resonance removal (0-3 narrow cuts).
Should You EQ Before or After Compression?
Both approaches work, but here's the typical workflow:
EQ #1 (Before Compression): Corrective EQ
High-pass filter
Remove resonances
Fix major tonal imbalances
Compression: Dynamic control
EQ #2 (After Compression): Tonal shaping EQ
Add presence, air, or warmth
Fine-tune tonal balance
Adjust for how compression affected the tone
Why this works: Compression can emphasize or change certain frequencies. By EQing after compression, you're shaping the final compressed sound—not just the raw vocal.
That said, many engineers use just one EQ (either before or after compression). There's no "correct" way—experiment and use what works for your workflow.
Common Questions About Vocal EQ
How do I know if I'm EQing too much?
If the vocal sounds unnatural, thin, or lifeless, you've gone too far. A/B your EQ'd vocal with the raw vocal. The changes should be noticeable but not drastic.
Also, if you're making 8+ moves, you're overthinking it. Simplify.
What's the difference between a high-pass filter and a low-cut shelf?
A high-pass filter removes everything below a certain frequency (e.g., cuts everything below 100Hz completely).
A low-shelf cut reduces the volume of low frequencies but doesn't eliminate them completely.
Use a high-pass filter for rumble removal. Use a low-shelf if you want to reduce warmth without completely removing the low end.
Should I use EQ to make my vocal "sit in the mix"?
Partially. EQ helps, but the vocal sitting properly in the mix is also about:
Compression (dynamic control)
Reverb and delay (space and dimension)
Volume balance
Panning and stereo width (for backing vocals)
EQ is just one piece. Don't expect it to solve everything.
How much boost or cut is too much?
General guideline:
Broad adjustments (wide Q): ±3 to ±6dB max
Narrow cuts (high Q): -3 to -8dB for resonance removal
If you're boosting or cutting more than 6dB with a wide Q, something else is probably wrong (bad recording, wrong mic, performance issues).
Can I use the same EQ settings on every vocal?
No. Every voice is different. Use the 2-step process and adjust based on what you hear.
That said, you can create a starting template with a high-pass filter and typical adjustments for your voice or a specific artist. Just don't treat it as final—always adjust based on the specific recording.
Final Thoughts
EQ isn't about memorizing frequencies or copying settings from tutorials.
It's about training your ears to hear what needs adjusting, then making intentional moves to fix it.
The 2-step approach works on every vocal:
Tonal balance: Listen to highs, mids, and lows separately. Boost, cut, or leave alone.
Resonance removal: Sweep and find annoying frequencies. Cut them with a narrow Q.
That's it. Simple, effective, adaptable.
Start with one vocal. Solo it. Listen to the highs—do they need adjustment? Listen to the mids—do they need adjustment? Listen to the lows—do they need adjustment? Then sweep for resonances and notch them out.
That's how professional vocal mixes are built—one intentional adjustment at a time.