Video summary

How to Create Cinematic Impact in ANY Sound

Main summary

Key takeaways

Technology

Summary of technological concepts & workflow (Pro Tools sound design)

The video focuses on transforming “small/wimpy” recorded sound effects—like punches, gunshots, and metal latch/mechanical hits—into loud, punchy, cinematic (“Hollywood”) impacts.

A key technical idea is that perceived loud punch depends more on RMS (average loudness over time) than on peak volume (instantaneous spikes):

  • A sound can have a high peak but still feel weak if its sustain/RMS is low.
  • “Hollywood impact” is achieved by raising RMS/sustain while shaping transients/peaks to keep the initial hit strong.

Core processing chain (conceptual steps repeated across sounds)

  1. EQ (Pro-Q4)

    • Carve out unwanted brightness/top end.
    • Filter out very low lows (e.g., “nothing below ~40 Hz”).
    • Remove boxy mids (notably around 250–500 Hz for gunshots).
    • Add/adjust low-end or low-mid warmth as needed.

  2. Distortion / Saturation

    • Used early to add harmonic content and thickness (examples: Blackbox HG2, Soundtoys Decapitator, Saturn in tube/clean tube mode).

  3. Compression / Limiting / Maximizing RMS

    • Maximizers/limiters increase perceived loudness by raising RMS (sustain).
    • Ceiling/threshold management helps avoid excessive clipping while preserving transient punch (example: Pro Tools Maxim).

  4. Transient shaping

    • Maintain prominent attack smack after peaks are controlled.
    • Examples: SPL Transient Designer, Spiff, and similar tools.

  5. Subharmonics / layered low-end

    • Add low-frequency content only when triggered/threshold is exceeded.
    • Example: Lowender (Refuse) (gated behavior).

  6. Noise/sibilance control when limiting

    • Limiting/crushing can raise hiss/noise floor; denoise can help.
    • Example: Uber Loud (Boom) includes Denoise.

  7. Clipper for peak “cut” punch

    • Hard peak cutting can increase perceived punch and add characteristic distortion.
    • Example: Kilohearts Clipper.

Concrete plugin-based “before/after” recipes per sound

1) Punch recording (fast steps)

  • Pro-Q4 EQ
    • Remove excessive top end.
    • Filter low sub content (< ~40 Hz).
  • Blackbox HG2 distortion/saturation
    • Add saturation to low end; increase “tube beef”; slight output increase.
  • Additional EQ
    • Reduce boxiness.
    • Add low thump.
    • Tame noise/hiss brought up by compression/distortion tails.
  • Pro Tools Maxim (limiter)
    • Lower threshold to increase RMS.
    • Set ceiling at -2 dB.
  • Trim level adjustment (Pro Tools Trim tool)
    • Pull overall level down (e.g., “trim back by 4”) to maintain headroom.
  • SPL Transient Designer
    • Add attack so the transient keeps its smack while sustain is increased.

Waveform notes (as described):

  • The peak becomes more rounded from limiting/distortion.
  • The tail becomes longer, increasing average loudness.

2) Gunshot recipe

  • EQ
    • Roll off top brightness.
    • Reduce “boxy” low-mids (around 250–500 Hz).
    • Increase low end for impact.
  • Decapitator (Soundtoys) distortion
    • Drive higher (e.g., “drive to 5”).
    • Tone darker; slight high cut.
    • Avoid too much sustain that would reduce the initial punch.
  • Lowender (Refuse) subharmonics
    • Gated/sub-bass added after threshold.
    • Mixed with direct (e.g., bass/direct ~75%).
  • FabFilter Pro-L (limiter)
    • Use gain staging to control peaks without going louder than intended; ceiling around -2 dB.
  • Final EQ
    • Subtle cleanup: reduce over-excited lows.
    • Add low-mid warmth.
    • Reduce mids/highs and resonant top end.

Core emphasis: keep initial transient punch harder than the body, while sustaining loudness via RMS.

3) Metal latch / mechanical hit recipe

  • EQ
    • Add low end, roll off top end, dull/shape the tone.
  • Saturn (Waves)
    • Set to “clean tube.”
    • Dynamics feature behaves like compression to raise RMS (example: set to 72%).
  • Elastic Zplane Pitch
    • Layer thickness by shifting down an octave with ~40% dry/wet.
  • Boom Uber Loud (multiband limiter + EQ-like control)
    • 3-band mode to push low and some top; adjust crossovers.
    • Use Denoise to reduce hiss/noise floor.
    • Character modes (“nice” vs “stress”); stress acceptable but kept moderate.
  • SPIFF (spectral transient designer)
    • Boost selected frequency bands to add more transients (strong low punch + slight high boost).
    • Control decay to lengthen punch sustain.
  • Kilohearts Clipper
    • Hard peak cut adds RMS and its own distortion flavor.
  • Final EQ
    • Increase low-end upwards (similar to spiff behavior).
    • Reduce low-mid buildup.
    • Reduce harsh high-mids.

General takeaway / “tutorial principle”

The goal isn’t just raising peak loudness; it’s a combination of:

  • EQ (tone shaping)
  • Distortion/saturation (harmonic “beef”)
  • Limiting/compression (raise RMS/sustain)
  • Transient design (preserve the attack)
  • Subharmonics/layering (fill in low-end)
  • Noise control (denoise after limiting)
  • Clipping (optional for extra punch character)

The narrator encourages experimenting with different plugins, but maintaining the same principles: increase RMS while decreasing/controlling peaks, and use EQ to compensate for changes caused by processing.

Main speakers / sources

  • Speaker/Narrator: The creator of the video (name not provided in the subtitles).
  • Tools/Plugin sources mentioned:
    • Avid Pro Tools
    • FabFilter Pro-L
    • Pro-Q4
    • Waves Saturn
    • Blackbox HG2
    • Soundtoys Decapitator
    • Refuse Lowender
    • SPL Transient Designer
    • Plug-in Alliance SPL (listed as part of transient tools)
    • Boom Uber Loud
    • Kilohearts Clipper
    • Kilohertz Clipper
    • Elastic Zplane Pitch
    • SPIFF (spectral transient designer)

Original video