Voice

Female voice

Voice: Solo voices by type (soprano to bass, treble, countertenor) and the generic female and male voice. Many sources write for 'vocals' in general; that advice is filed here.

Part of the Voice family; that family's advice shows here too.

Range: A3–A5
Overtones to: about 2.7 kHz
Peaks up close: up to 135 dB SPL
Sources: 10 (9 independent)

Recommended mics

Mics sources recommend

24 setups from 10 sources, 9 of them independent of any mic maker. Each mic shows how many sources name it for that role, and how many of those are independent. Listed alphabetically: there is no ranking.

Studio

Distant

Neumann U 871 independent source
Schoeps Colette with MK 2 capsule1 independent source
Shure SM811 independent source

Close

AEA KU41 independent source
AEA RC441 independent source
AKG C121 independent source
AKG C414 XLII3 independent sources
Aston Stealth1 independent source
Audio-Technica AT20201 independent source
Audio-Technica AT40401 independent source
Austrian Audio OC181 independent source
Electro-Voice RE201 independent source
Lewitt LCT 440 Pure1 independent source
Neumann M 49 V1 independent source
Neumann TLM 1031 independent source
Neumann U 471 independent source
Neumann U 873 independent sources
Neumann U 87 Ai1 independent source
Rode NT1 Signature1 independent source
Royer R-122 MKII maker's advice1 source, 0 independent
Shure SM571 independent source
Shure SM7B2 independent sources
Shure SM7dB1 independent source
Sony C-800G1 independent source
Telefunken TF111 independent source
Warm Audio WA-441 independent source
condenser, large-diaphragm, omni (pressure receiver)1 independent source
large-diaphragm condenser, cardioid (default); dynamic or small-diaphragm or omni also work1 independent source

The 20 setups behind this: placement and quotes

Distant Voice advice Schoeps Colette with MK 2 capsule
solo voice, classical, short distance, linear and no proximity effect
"The choice often falls on the Schoeps Colette system with the free-field-equalised MK2 capsule" for classical solo voice (translated; generic classical singing).¹
Close Voice advice condenser, large-diaphragm, omni (pressure receiver)
solo voice, classical, studio
DPA makes "a large-diaphragm condenser with pressure receiver", an alternative for classical voice (translated; model not named in the text).¹
Close Voice advice Neumann U 87 or Neumann U 47 or AKG C12 or Sony C-800G
close, studio vocal (pop)
Pop vocals: transistor large-diaphragm condensers like the U 87; tube mics like U 47 or C12; C800G for soul and R&B (translated).¹
Close Voice advice AEA KU4 or AEA RC44
close, studio vocal (jazz)
For intimate jazz vocals, ribbons such as AEA KU4 or RC44 are "more than great" (translated).¹
Close Voice advice Electro-Voice RE20
close, studio vocal (rock)
"Many swear by dynamics such as the EV RE20" for rock vocals (translated).¹
Distant Voice advice Neumann U 87
solo with piano or orchestra, 1-1.5 m, 30 cm above head height
Studio engineers placed the mic 1-1.5 m away, about 1 ft above head height; "They always used U-87" (one studio).²
Distant Voice advice Shure SM81
solo classical voice, budget, about 1 m
Forum reply: "as a bare minimum" the SM81; "probably to do it right you'd be looking at Schoeps or DPA".³
Close Voice advice Shure SM7dB or AKG C414 XLII
close, studio vocal
Chosen as best all-round vocal mic; successor to the SM7B (paraphrase). ... Listed as best studio vocal mic; "a studio staple" (paraphrase).⁴
Close Voice advice Rode NT1 Signature
close, studio vocal, beginner
"Ultra-flat response ... perfect for beginners" (MusicRadar, best for beginners).⁴
Close Voice advice Audio-Technica AT2020
close, studio vocal, budget
Top choice for recording vocals on a budget, around $100/GBP100 (paraphrase).⁴
Close Voice advice Shure SM7B
close, studio vocal, untreated room
Picked as best dynamic for untreated rooms (paraphrase of heading).⁵
Close Voice advice Aston Stealth or Neumann U 87 Ai or AKG C414 XLII or Warm Audio WA-44
close, studio vocal
Picked as best do-it-all dynamic microphone (paraphrase of heading). ... Picked as best classic studio condenser (paraphrase of heading). ... Picked as most flexible multi-pattern condenser (paraphrase of heading). ... Picked as best ribbon mic for vocals (paraphrase of heading).⁵
Close Voice advice Lewitt LCT 440 Pure
close, studio vocal, budget
Picked as best budget condenser (paraphrase of heading).⁵
Close Voice advice Austrian Audio OC18
close, studio vocal, mid-price
Picked as best mid-price large-diaphragm condenser (paraphrase of heading).⁵
Close Voice advice Royer R-122 MKII
close, studio vocal
"A good match for vocals due to its higher output level and slightly brighter response."⁶
Close Voice advice Neumann U 87
close, studio vocal
"Wonderful microphone for vocals because it lacks sibilance and gives a warm, dark sound" (go-to for soprano and tenor).⁷
Close Voice advice large-diaphragm condenser, cardioid (default); dynamic or small-diaphragm or omni also work
close, studio vocal
"Most pop vocal work is done using some kind of large-diaphragm, cardioid-pattern capacitor microphone, but there are exceptions."⁸
Close Voice advice Shure SM57
close, budget vocal
Found in nearly every professional studio; works from lead vocals to kick drums (paraphrase).⁹
Close Voice advice Shure SM7B or Audio-Technica AT4040 or AKG C414 XLII or Neumann TLM 103 or Neumann U 87 or Telefunken TF11
close, studio vocal
Listed among mid-priced vocal mics (paraphrase). ... Widely considered a de facto part of a professional engineer's mic locker (paraphrase of AKG claim). ... "Perfect for helping vocals stand out in the mix". ... "May be the single most beloved high-end microphone"; won over countless singers. ... "Crystal-clear vocal sound" with fast transient response (paraphrase).⁹
Close Voice advice Neumann M 49 V
close, studio vocal, high end
Listed as a top-end vocal mic with a rich history (paraphrase).⁹

On stage

Handheld

Aston Apex1 independent source
Audio-Technica AE54001 independent source
Austrian Audio OD5051 independent source
DPA d:facto 40181 independent source
Earthworks SR3141 independent source
sE Electronics V71 independent source
Sennheiser e 9651 independent source
Shure Nexadyne 8/C1 independent source
Shure SM582 independent sources
Telefunken M801 independent source

The 2 setups behind this: placement and quotes

Handheld Voice advice Telefunken M80 or sE Electronics V7 or Shure SM58 or DPA d:facto 4018 or Audio-Technica AE5400 or Aston Apex or Sennheiser e 965 or Earthworks SR314 or Shure Nexadyne 8/C or Austrian Audio OD505
handheld, live vocal
Picked as best overall live vocal mic: "studio-grade clarity to the stage" (paraphrase). ... Picked as best budget live vocal mic; "build quality and performance" above its price. ... Picked for durability: "super dependable and delivers a consistent, authentic, vocal tone". ... Picked as the live vocal mic with the more detailed frequency range; noise rejection "top-drawer". ... Picked as best condenser for live vocals: "detailed, clear sound for a competitive price". ... Listed in the top ten live vocal mics (picked for style). ... Picked as best switchable-pattern live vocal mic (paraphrase of heading). ... Picked as the live vocal mic with the best frequency response (paraphrase of heading). ... Listed as a top-ten live vocal mic (best upgrade). ... Picked as best active dynamic: "a high-end dual capsule gamechanger at a great price".¹⁰
Handheld Voice advice Shure SM58
handheld, live vocal
"The go-to for anyone needing a rugged vocal microphone" on the live circuit (paraphrase).⁴

Studio and stage

Close

Shure SM581 independent source

Handheld

Shure SM581 independent source

The 2 setups behind this: placement and quotes

Close Voice advice Shure SM58
close, studio or live vocal
"Some singers like to work with dynamic mics such as Shure SM58s, because the tonality suits their voice."⁸
Handheld Voice advice Shure SM58
handheld, live vocal, budget
SM57 and SM58 are mentioned in budget guides without fail; durable, versatile (paraphrase).⁹

Range

about A3 to about A5¹¹220 Hz – 880 Hz

Taken as the mezzo-soprano range (McKinney), a middle female voice; untrained voices often cover less.

Chest	A3–D#4	full, speech-like
Middle (passaggio zone)	E4–E5	mixed; the primo passaggio is around E4
Head	F5–A5	lighter, ringing; secondo passaggio around E5-F5

Overtones reach about 2.7 kHz (the highest harmonic within 40 dB of the strongest, at a moderate level; louder playing reaches higher)¹².

Where the sound comes from

A voice is close to omnidirectional below about 1 kHz.²³
Above about 1 kHz it is more directional, towards the front.²³

The sound

A harmonic source shaped by the vocal-tract formants; for a woman's /a/ the first two formants (about 850 and 1200 Hz) carry most of the energy.

Where the sound goes

A singer measured in an anechoic room (countertenor, so a male falsetto/head voice, Katz and d'Alessandro 2007): near omnidirectional below about 600-1000 Hz, more cardioid-like from 1.25 to 4 kHz, with little difference between the vowels /a/, /i/, /o/, between loudness levels, or with "projection" (one singer).²³

Recording it

Distance: 15–25 cm (6–9 in) is the usual studio distance, with a pop shield about 7.5 cm (3 in) from the mic; 10 cm for an intimate sound, 30 cm for a more natural one
Mics: a condenser is the studio default; a good dynamic suits thin or bright voices and untreated rooms; an omni sounds more open but must be a little closer
Aim: slightly above or below the mouth to reduce sibilance and plosives
Room: duvets or absorbers behind and beside the singer, and away from walls, matter more than a better mic
Watch: peaks above 135 dB SPL within 10 cm of a loud singer; proximity bass on directional mics
Directivity: the voice is about 7 dB louder in front than behind, and the highs above about 1 kHz are the most directional
Choir: mics above the singers, aimed at the back row, at least 1.1–1.4 m from it, so front and back rows are equally loud^{24,25,20,26,27}

Frequency areas

Low end: below 100–250 Hz, often filtered
Nasal: about 500 Hz–1.2 kHz
Presence: about 3 kHz
Sibilance: 3–8 kHz (sources differ: 3–6, 4–8, 5–8 kHz)
Air: 10 kHz and up^28,29,30

Vowels

Formants: the first two formants set the vowel. Women's averages (Peterson & Barney): "ee" 310 and 2780 Hz, "eh" 610 and 2330 Hz, "ah" 860 and 1230 Hz, "aw" 590 and 920 Hz, "oo" 380 and 960 Hz
Women vs men: women's formants are about 16 % higher on average (3–30 % depending on vowel and formant)
High notes: above about A4 the harmonics are so far apart that vowels blur; sopranos tune the first formant to the pitch^31,32

Consonants

Sibilance: "s", "sh" and similar sounds have most energy at 3–6 kHz, some much higher
Intelligibility: the band around 2 kHz (1–4 kHz) matters most; most consonant energy lies above 500 Hz
Plosives: "p" and "b" send a blast of air; a pop shield or aiming off-axis prevents the low thump^30,26,24

How loud

Sound pressure level measurements as published. Different kinds of figure (a playing level, a peak, a dose at the player's ear) can't be compared with each other, and neither can figures at different distances.

Playing level
100.1 dB(A)	measuring point P11 'Vocals' in the rehearsal room (distance not given); Municipal band of Indaial (Brazil, instrumental and voice band with brass, woodwinds, drums, guitar, bass, keyboard and singers), full rehearsal in a reverberant room; QUEST 2700 meter, fast¹³
90 dB or more(A)	at 1 m; trained actors and singers, on-axis, three dynamic levels; a few vocalists averaged above 90 dBA¹⁴
70–113 dB	at 0.3 m; voice range profiles of 5 male and 5 female choir singers with college-level training, lab, mic at 30 cm¹⁵
90–96 dB	at 0.3 m; distorted ('dist') tones as used in rock singing, one experiment¹⁶
70–85 dB	at 3 m; 'Singer', HSE Sound Advice table of representative noise levels; peak 94 dB secondary¹⁷
Peaks
135 dB	1 inch (2.5 cm) from the mouth; Maximum SPL of a human voice as measured by Shure (reported in an article on dynamic-microphone max SPL)¹⁸
105 dB	at 1 m; a well-trained singer, a call or a sung tone (general figure, not one measured singer)¹⁹
135 dB or more	in the direct sound field (stage vocal mics are normally used within 10 cm); the human voice in general²⁰
125 dB	at 0.15 m; student singers' phonations in a voice range profile study (LeBorgne, as mentioned by Lamarche) secondary²¹
115 dB	at 0.5 m; calculated, not measured: 1 W of acoustic power, 'the accepted maximum power that human vocalists can produce' estimate²²
Dynamic range
20 dB or more	at 0.3 m; 5 female choir singers with college-level training, over a two-octave range¹⁵
11–33 dB	individual choir singers (Coleman 1994, as quoted by Titze and Maxfield) secondary¹⁵
45 dB	some singers, pp to ff (Titze et al. 1999, as quoted by Titze and Maxfield) secondary¹⁵
30–40 dB	professional singers over much of their pitch range; 15-20 dB more than typical amateurs or semi-professionals¹⁵

DPA says a voice can exceed 135 dB peak in the direct field, and stage vocal mics are used within 10 cm. Trained classical singers: averaged levels above 90 dBA at 1 m for the loudest (Boren et al., AES 2013, abstract as seen through a search summary). No source found for pop singers at 1 m.^20,14

Sources

Bonedo (Germany): Welches Mikrofon ist am besten fuer welche Stimme geeignet?magazine · bonedo.de
DV Info Net forum: Recording an opera singer (thread archive)forum · dvinfo.net
HomeRecording.com forum: Recording an opera singer (2015)forum · homerecording.com
MusicRadar: Best vocal mics 2026magazine · musicradar.com
MusicTech: Best microphones for vocalsmagazine · musictech.com
Royer Labs FAQ: Which Royer mic would you recommend for recording vocals?manufacturer · royerlabs.com
Sonicbids blog: The Best Microphones for Every Voice Typemagazine · blog.sonicbids.com
Sound On Sound: Vocal Recording & Production Masterclassmagazine · soundonsound.com
Splice blog: The 13 best vocal microphonesmagazine · splice.com
MusicRadar: Best live vocal microphones 2026magazine · musicradar.com
Wikipedia: Voice type (ranges after McKinney 1994 and Boldrey 1994)reference · en.wikipedia.org
Peterson, G. E. & Barney, H. L. (1952) Control methods used in a study of the vowels, JASA 24, 175-184 (average formants of /a/ for men and women)academic · doi.org
Brazilian Journal of Otorhinolaryngology: Mendes, Morata, Marques, Acceptance of hearing protection aids in members of an instrumental and voice music bandMaria Helena Mendes, Thais Catalani Morata, Jair Mendes Marques · academic · 2007 · pmc.ncbi.nlm.nih.gov
Boren, B., Roginska, A. & Gill, B. (2013) Maximum averaged and peak levels of vocal sound pressure, AES Convention 135aes.org
Titze and Maxfield: choir dynamic range model (JASA 142(4), 2464-2468)academic · 2017 · pmc.ncbi.nlm.nih.gov
KTH TMH-QPSR 2003 abstracts (Zangger Borch et al., phonatorily distorted singing)academic · 2003 · speech.kth.se
Representative noise levels table with orchestra noise guidance (UK Sound Advice material)eclass-b.uoa.gr
The Broadcast Bridge: Maintaining Realistic Maximum Sound Pressure Levels with Dynamic Microphones (reporting Shure's measurements)magazine · thebroadcastbridge.com
Journal of Singing: Titze, Singing and Calling Outdoors (74(4), 2018)Ingo R. Titze · academic · 2018 · vocology.utah.edu
DPA Mic University: How to mic the voice - technology and characteristicsmanufacturer · dpamicrophones.com
KTH doctoral thesis: Lamarche, Putting the Singing Voice on the MapAnick Lamarche · academic · 2009 · csc.kth.se
NCVS: Principles of Voice Production tutorial, chapter 9 (control of intensity)Ingo R. Titze · educational · ncvs.org
Katz and d'Alessandro: voice directivity measurements (ICA 2007)academic · 2007 · groupeaa.lisn.upsaclay.fr
White, P. (1998) 20 Tips On Recording Vocals, Sound On Soundmagazine · soundonsound.com
DPA Mic University: How to mic vocals in the recording studiomanufacturer · dpamicrophones.com
DPA Mic University: Facts about speech intelligibilitymanufacturer · dpamicrophones.com
DPA Mic University: How to mic a choirmanufacturer · dpamicrophones.com
iZotope: EQ Cheat SheetNick Messitte · magazine · 2023 · izotope.com
Sonicbids: EQ Cheat Sheet, Mixing Frequencies for Every Instrumentmagazine · 2026 · sonicbids.com
Houghton, M. (2020) Managing Sibilance, Sound On Soundmagazine · soundonsound.com
Peterson & Barney (1952) raw vowel data (phonTools R package, pb52); means computed for this briefgithub.com
Joliveau, E., Smith, J. & Wolfe, J. (2004) Tuning of vocal tract resonance by sopranos, Nature 427, 116academic · doi.org