Microphones
Condenser vs Dynamic Microphones for Church
Quick answer
Distance decides this, not quality. Use a dynamic within a few inches of a loud source: vocals, snare, guitar amplifiers. Use a condenser more than about a foot away: choir, lectern goosenecks, drum overheads, piano. Condensers need 48 volt phantom power, dynamics do not.
Shure SM58 Pro XLR Dynamic Vocal Microphone
$109.00A cardioid dynamic that needs no power, survives being dropped, handles very high levels and rejects the loudspeaker behind it.
Best for: Every vocal position that does not need to be wireless
Check price on Amazon
Shure MX418/C Cardioid Condenser Gooseneck Microphone
$296.00 Specs and sizingAn 18 inch gooseneck condenser with the preamp in the base and a proper shock mount, for a speaker who stays at the lectern.
Best for: A fixed pulpit or lectern, in a room where the preacher stays put
Check price on AmazonThis is not a quality question and treating it as one is how churches end up with condensers on a drum kit and a dynamic hung over a choir. A dynamic microphone converts sound with a coil and a magnet, needs no power, and tolerates levels that would overload anything else. A condenser uses a charged diaphragm, needs 48 volt phantom power from the console, and is far more sensitive, which is exactly what you need when the source is several feet away.
So the rule is distance. Within a few inches of something loud, use a dynamic. More than about a foot away from something quiet, use a condenser. The table below applies that to every source a church actually mics, and the type by source chart goes further.
A dynamic and a condenser side by side
| Model | Price | Microphone type | Polar pattern | Needs phantom power | Frequency range | Height |
|---|---|---|---|---|---|---|
| Shure SM58 Pro XLR Dynamic Vocal Microphone | $109.00 | Dynamic | Cardioid | No | 50 Hz to 15 kHz | - |
| Shure MX418/C Cardioid Condenser Gooseneck Microphone | $296.00 | Condenser | Cardioid | Yes | - | 18 in |
Which type each church source needs
Work down this table with your input list beside you. If a source is not here, ask how far the microphone will sit from it and how loud it is.
Distance decides it: anything within a few inches of a loud source takes a dynamic, and anything more than about a foot away takes a condenser.
| Source | Type | Why | Example |
|---|---|---|---|
| Worship vocals | Dynamic | Close, loud, and near the wedges | SM58 |
| Preaching at a lectern | Condenser gooseneck | Distance needs sensitivity | MX418/C |
| Choir | Condenser, hung | Several feet away and quiet | U853R |
| Snare and toms | Dynamic | Very high level, very close | SM57 |
| Guitar amplifier | Dynamic | High level, close miked | Audix i5 |
| Drum overheads | Condenser | Cymbal detail at distance | PGA Drum Kit 7 |
| Kick drum | Either | Dynamic outside, boundary condenser inside | Beta 91A |
| Acoustic guitar | Condenser | Detail matters more than level | PRO 35 |
| Brass and woodwind | Condenser clip-on | Removes a stand from a crowded platform | PRO 35 |
| Announcement microphone | Dynamic | Handed to strangers | SM58S |
Phantom power is 48 volts supplied by the console on the same XLR cable. Condensers need it, dynamics do not use it and are not damaged by it on a correctly wired balanced line. Switch phantom off before patching anything, because a cable fault with phantom live can put a loud thump through the system.
Choose a dynamic for anything close, loud or handled
Every vocal microphone on a church platform should be a dynamic, and so should every microphone within a few inches of a drum or a guitar cabinet. The SM58 at $109.00 and the SM57 at $109.00 cover almost all of it, and neither needs power, a battery or any care about phantom.
The second reason is rejection. A cardioid dynamic on a platform hears far less of the wedges, the drums and the room than a sensitive condenser would, and in a church that translates directly into gain before feedback. Putting a condenser on a worship vocal in a room with floor wedges is one of the most common and most expensive mistakes a church makes.
They also survive the building. Dropped on tile, left in a hot van, handled by children, rained on at an outdoor service: a dynamic shrugs off things that end a condenser. For a rota of volunteers that robustness is a specification, not a bonus.
Choose a condenser wherever the microphone cannot get close
A choir standing six feet below a hung microphone, a lectern eighteen inches from a gooseneck, a pair of overheads four feet above a kit: none of those work with a dynamic, because a dynamic simply is not sensitive enough. The U853R hanging cardioid at $229.00 and the PRO 45W at $109.00 are the standard choir answers, and the choir guide covers the height and angle that make or break them.
Condensers are also the right answer whenever detail matters more than level. An acoustic guitar, a grand piano and a saxophone all have information above 10 kHz that a dynamic rolls away, and on a livestream that difference is much more audible than it is in the room. See mixing for livestream.
Accept the conditions that come with them. They need 48 volt phantom on every channel, they hear the whole room including the loudspeakers, and they are physically fragile. A condenser at distance in a reverberant sanctuary will need more care with equalisation and placement than anything else on your input list, and there is a hard ceiling on how much gain it can take before the room feeds back.
Sources
Frequently asked questions
Can we use a condenser for worship vocals?
On a platform with floor wedges, no. A condenser is far more sensitive and will reach feedback long before a dynamic does, and it hears the drums and the wedges as well as the singer. The exception is a church already using in-ear monitors with a quiet platform, where a condenser handheld can sound noticeably more detailed on a skilled lead vocalist.
Will phantom power damage our dynamic microphones?
No, not on a correctly wired balanced XLR line. A modern dynamic sees equal voltage on both signal pins and ignores it entirely. The real risks are ribbon microphones, which phantom can destroy, and patching a cable while phantom is live, which can send a loud thump through the system and into the loudspeakers.
Why does our choir sound thin and distant?
Usually height and angle rather than the microphone. Hanging condensers want to be two to four feet above and one to two feet in front of the front row, aimed at the back row rather than straight down, with at least three times the mic-to-source distance between adjacent microphones. Our choir guide walks through the geometry.
Do condensers need a preamp as well as phantom power?
No, the console preamp is the preamp. Some gooseneck and hanging models carry a small in-line preamp module on the cable, which is part of the microphone rather than an extra purchase. What condensers do need is a console channel with genuine 48 volt phantom, which every digital mixer and most analog ones provide.
Which type is better for a livestream?
Neither type wins on its own. The livestream sounds better when the source is close and the room is not, which usually means more dynamics on the platform rather than fewer. Where condensers earn their place on the stream is on the quiet sources a camera microphone would never capture, such as an acoustic guitar or the choir.
Researched, not professional advice. This page is compiled from published manufacturer specifications, operator manuals, FCC rules, published standards and owner-review consensus, not hands-on testing. Sound system design, rigging loudspeakers overhead, and any electrical work are jobs for a qualified professional: have flown loudspeakers and their attachment points signed off by a structural engineer or a certified rigger, and have all wiring done by a licensed electrician to your local code. Wireless microphone rules change, so confirm the current FCC position before buying. As an Amazon Associate we earn from qualifying purchases.