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Oracle Red Bull Racing 410 60w RMS Bluetooth Speaker | Loudness Test and Spectrum Analysis
Music Credit:
Track: ALEXYS & Strn. - So Sweet
Music provided by NoCopyrightSounds.
Watch more NCS on YouTube: https://NCS.lnk.to/You...
Free Download / Stream: http://ncs.io/SoSweet
Performance Analysis
Bass Impact — The bass is tight and punchy, with strong presence in the 50–100Hz range. At higher volumes, the low-end remains controlled without distortion, thanks to the high SPL headroom. Sub-bass extension is moderate but impactful enough for EDM and hip-hop tracks.
Midrange Clarity — Vocals and instruments are forward and warm in the 200–800Hz band. Even at peak loudness, mids stay clear, making acoustic and vocal-heavy genres shine.
High Frequencies — Crisp highs in the 2–6kHz range add sparkle to percussion and electronic details. They remain smooth, avoiding harshness even when pushed close to max SPL.
Treble Extension — The upper treble (8–12kHz) provides airiness and detail without becoming sharp. This balance ensures versatility across genres, from bass-heavy tracks to vocal-centric music.
Max SPL — With a peak loudness of 112.4 dB, this speaker delivers party-level volume while maintaining clarity across the spectrum.
✅ Verdict
The Oracle Red Bull Racing 410 (60W) is a high-SPL powerhouse. Its punchy bass, clear mids, and smooth highs make it a versatile performer, while the 112.4 dB max loudness ensures it can handle both indoor and outdoor setups with ease. It’s best suited for users who want balanced sound with extreme volume capability and a stylish spectrum visualizer to match.
🔖 Suggested Hashtags
#OracleRedBullSpeaker #HighSPLPower #PunchyBass #BalancedSound #BluetoothSpeaker #AudioPerformance
Looking at the logarithmic scale (ranging from 30Hz up to over 10kHz), here is the breakdown of all 33 frequency bars from left (lowest bass) to right (highest treble), along with their musical instrument equivalents.
🎸 Sub-Bass & Bass (Bars 1–9)
This region anchors the low-end energy of your audio.
Bar 1 (20–30 Hz): Sub-bass rumbles (Inaudible/Felt rather than heard)
Bar 2 (30–40 Hz): [DEEP BASS] lowest notes of a 5-string Bass Guitar / Sub-bass Synths
Bar 3 (40–50 Hz): [DEEP BASS] Kick Drum body / Synthesizer drops
Bar 4 (50–60 Hz): Tuba / Standard 4-string Bass Guitar lowest E-string
Bar 5 (60–80 Hz): Double Bass (Contrabass) fundamental tones
Bar 6 (80–100 Hz): [PUNCHY BASS] Kick Drum "thump" / Floor Tom fundamental
Bar 7 (100–120 Hz): [PUNCHY BASS] Bass Guitar rhythmic punch
Bar 8 (120–160 Hz): Low-end warmth of a Cello / Low male vocals
Bar 9 (160–200 Hz): Snare Drum body / Tenor Trombone fundamental
🥁 Low-Mids & Midrange (Bars 10–22)
This is where the core body of most melodic instruments and vocals live.
Bar 10 (200–250 Hz): Acoustic Guitar low-end resonance / Male vocal thickness
Bar 11 (250–315 Hz): Piano middle-C fundamental / Mid-Toms
Bar 12 (315–400 Hz): French Horn / Alto Saxophone body
Bar 13 (400–500 Hz): Clarinet / Electric Guitar rhythm chords
Bar 14 (500–630 Hz): Female vocal fundamental notes / High Toms
Bar 15 (630–800 Hz): Trumpet / Violin lower registers
Bar 16 (800 Hz – 1 kHz): Oboe / Snare Drum "crack" resonance
Bar 17 (1.0k – 1.25 kHz): Acoustic Guitar strumming definition / Lead vocals core
Bar 18 (1.25k – 1.6 kHz): Synthesizer leads / Electric Guitar solo frequencies
Bar 19 (1.6k – 2.0 kHz): Flute / Soprano Saxophone
Bar 20 (2.0k – 2.5 kHz): Piano attack/key strike sound
Bar 21 (2.5k – 3.15 kHz): Vocal clarity and projection range
Bar 22 (3.15k – 4.0 kHz): Violin upper-register "bite" / Snare drum snap
🔔 Upper-Mids & Treble (Bars 23–33)
The high frequencies that provide sharpness, clarity, and air.
Bar 23 (4.0k – 5.0 kHz): Acoustic Guitar fingerpick noise / Speech articulation (consonants)
Bar 24 (5.0k – 6.3 kHz): Tambourine / Shaker fundamental frequencies
Bar 25 (6.3k – 8.0 kHz): Hi-Hat cymbals / Sibilance in vocals ("S" and "T" sounds)
Bar 26 (8.0k – 10.0 kHz): Ride Cymbal bell / Crash Cymbal initial strike
Bar 27 (10.0k – 12.0 kHz): Cymbal shimmer and sizzle
Bar 28 (12.0k – 14.0 kHz): Triangles / Orchestral Chimes
Bar 29 (14.0k – 16.0 kHz): High-end synthesizer "air"
Bar 30 (16.0k – 17.0 kHz): Human hearing upper limit ("Air" frequency)
Bar 31 (17.0k – 18.0 kHz): Ultra-high harmonics of cymbals
Bar 32 (18.0k – 19.0 kHz): Subconscious audio spaciousness (mostly inaudible to adults)
Bar 33 (19.0k – 20.0+ kHz): Digital audio ceiling / Beyond typical instrument ranges
💡 Visual Alignment Summary
Deep Bass: Located at the far left (Bars 2 & 3), right under the "30" marker line.
Punchy Bass: Located around Bars 6 & 7, right before the first major visual staircase peak starts climbing toward the "600" marker.
Видео Oracle Red Bull Racing 410 60w RMS Bluetooth Speaker | Loudness Test and Spectrum Analysis канала Sole X Hunter
Track: ALEXYS & Strn. - So Sweet
Music provided by NoCopyrightSounds.
Watch more NCS on YouTube: https://NCS.lnk.to/You...
Free Download / Stream: http://ncs.io/SoSweet
Performance Analysis
Bass Impact — The bass is tight and punchy, with strong presence in the 50–100Hz range. At higher volumes, the low-end remains controlled without distortion, thanks to the high SPL headroom. Sub-bass extension is moderate but impactful enough for EDM and hip-hop tracks.
Midrange Clarity — Vocals and instruments are forward and warm in the 200–800Hz band. Even at peak loudness, mids stay clear, making acoustic and vocal-heavy genres shine.
High Frequencies — Crisp highs in the 2–6kHz range add sparkle to percussion and electronic details. They remain smooth, avoiding harshness even when pushed close to max SPL.
Treble Extension — The upper treble (8–12kHz) provides airiness and detail without becoming sharp. This balance ensures versatility across genres, from bass-heavy tracks to vocal-centric music.
Max SPL — With a peak loudness of 112.4 dB, this speaker delivers party-level volume while maintaining clarity across the spectrum.
✅ Verdict
The Oracle Red Bull Racing 410 (60W) is a high-SPL powerhouse. Its punchy bass, clear mids, and smooth highs make it a versatile performer, while the 112.4 dB max loudness ensures it can handle both indoor and outdoor setups with ease. It’s best suited for users who want balanced sound with extreme volume capability and a stylish spectrum visualizer to match.
🔖 Suggested Hashtags
#OracleRedBullSpeaker #HighSPLPower #PunchyBass #BalancedSound #BluetoothSpeaker #AudioPerformance
Looking at the logarithmic scale (ranging from 30Hz up to over 10kHz), here is the breakdown of all 33 frequency bars from left (lowest bass) to right (highest treble), along with their musical instrument equivalents.
🎸 Sub-Bass & Bass (Bars 1–9)
This region anchors the low-end energy of your audio.
Bar 1 (20–30 Hz): Sub-bass rumbles (Inaudible/Felt rather than heard)
Bar 2 (30–40 Hz): [DEEP BASS] lowest notes of a 5-string Bass Guitar / Sub-bass Synths
Bar 3 (40–50 Hz): [DEEP BASS] Kick Drum body / Synthesizer drops
Bar 4 (50–60 Hz): Tuba / Standard 4-string Bass Guitar lowest E-string
Bar 5 (60–80 Hz): Double Bass (Contrabass) fundamental tones
Bar 6 (80–100 Hz): [PUNCHY BASS] Kick Drum "thump" / Floor Tom fundamental
Bar 7 (100–120 Hz): [PUNCHY BASS] Bass Guitar rhythmic punch
Bar 8 (120–160 Hz): Low-end warmth of a Cello / Low male vocals
Bar 9 (160–200 Hz): Snare Drum body / Tenor Trombone fundamental
🥁 Low-Mids & Midrange (Bars 10–22)
This is where the core body of most melodic instruments and vocals live.
Bar 10 (200–250 Hz): Acoustic Guitar low-end resonance / Male vocal thickness
Bar 11 (250–315 Hz): Piano middle-C fundamental / Mid-Toms
Bar 12 (315–400 Hz): French Horn / Alto Saxophone body
Bar 13 (400–500 Hz): Clarinet / Electric Guitar rhythm chords
Bar 14 (500–630 Hz): Female vocal fundamental notes / High Toms
Bar 15 (630–800 Hz): Trumpet / Violin lower registers
Bar 16 (800 Hz – 1 kHz): Oboe / Snare Drum "crack" resonance
Bar 17 (1.0k – 1.25 kHz): Acoustic Guitar strumming definition / Lead vocals core
Bar 18 (1.25k – 1.6 kHz): Synthesizer leads / Electric Guitar solo frequencies
Bar 19 (1.6k – 2.0 kHz): Flute / Soprano Saxophone
Bar 20 (2.0k – 2.5 kHz): Piano attack/key strike sound
Bar 21 (2.5k – 3.15 kHz): Vocal clarity and projection range
Bar 22 (3.15k – 4.0 kHz): Violin upper-register "bite" / Snare drum snap
🔔 Upper-Mids & Treble (Bars 23–33)
The high frequencies that provide sharpness, clarity, and air.
Bar 23 (4.0k – 5.0 kHz): Acoustic Guitar fingerpick noise / Speech articulation (consonants)
Bar 24 (5.0k – 6.3 kHz): Tambourine / Shaker fundamental frequencies
Bar 25 (6.3k – 8.0 kHz): Hi-Hat cymbals / Sibilance in vocals ("S" and "T" sounds)
Bar 26 (8.0k – 10.0 kHz): Ride Cymbal bell / Crash Cymbal initial strike
Bar 27 (10.0k – 12.0 kHz): Cymbal shimmer and sizzle
Bar 28 (12.0k – 14.0 kHz): Triangles / Orchestral Chimes
Bar 29 (14.0k – 16.0 kHz): High-end synthesizer "air"
Bar 30 (16.0k – 17.0 kHz): Human hearing upper limit ("Air" frequency)
Bar 31 (17.0k – 18.0 kHz): Ultra-high harmonics of cymbals
Bar 32 (18.0k – 19.0 kHz): Subconscious audio spaciousness (mostly inaudible to adults)
Bar 33 (19.0k – 20.0+ kHz): Digital audio ceiling / Beyond typical instrument ranges
💡 Visual Alignment Summary
Deep Bass: Located at the far left (Bars 2 & 3), right under the "30" marker line.
Punchy Bass: Located around Bars 6 & 7, right before the first major visual staircase peak starts climbing toward the "600" marker.
Видео Oracle Red Bull Racing 410 60w RMS Bluetooth Speaker | Loudness Test and Spectrum Analysis канала Sole X Hunter
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11 июня 2026 г. 15:00:02
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