For a piano recital in an untreated room, choose the recording approach around how much room sound you can accept, rather than expecting a microphone to remove echo. A close-positioned cardioid condenser suits detailed mono capture if you have a suitable phantom-powered XLR input; a close cardioid dynamic is worth considering when limiting room pickup takes priority over an open piano tone. Choose a stereo pair when left-right imaging matters enough to justify two recording paths and more careful placement.
If keeping room reflections less prominent matters most, a directional microphone placed closer to the piano may suit you. Check that the stand can be positioned without obstructing the performer, and be prepared to record in mono.
If you want a detailed piano recording from one microphone, consider a cardioid condenser. Check that your recording device has a suitable XLR microphone input and can supply the power the microphone requires.
If left-right piano imaging is central to the recording, a two-microphone setup offers that option. It also needs two suitable inputs and careful positioning, while the room remains audible.
Choose how much room sound and stereo width you want before comparing microphone specifications: Shure’s placement guidance makes clear that a microphone cannot separate reflected reverberation from the sound you want to record.
Choose when: You want detailed mono piano capture and have a suitable phantom-powered XLR input.
Accept: Directional pickup does not remove reflections reaching the microphone, so placement still shapes the result.
Choose when: Placing one microphone close to the piano and limiting background pickup are your priorities.
Accept: A single microphone records in mono; audition an instrument-focused model such as the Shure SM57 for the piano tone you want.
Choose when: Piano width and spatial cues matter more to you than a simple mono setup.
Accept: Two microphones and inputs require more setup, and their positioning can make the untreated room more apparent.
| Concern | What to check | Who this matters to |
|---|---|---|
| Room reflections | Check the pickup pattern and whether a stand lets you position the microphone closer to the piano without obstructing the performance. | If reflections are masking the piano, I want more direct sound without expecting the microphone to fix the room; around 36% of consumers put room control first. |
| Single-microphone detail | Compare the exact model’s published polar pattern, self-noise and maximum sound-pressure level; confirm that its mounting accessories suit your stand. | For a recital with quiet passages and strong attacks, I want a balanced mono recording without choosing on one specification alone. Detailed single-microphone capture comes first for around 29% of consumers. |
| Stereo imaging | Decide whether you need two microphones and whether your room allows repeatable placement. | If piano width is essential to the recording, I am willing to spend longer positioning two microphones and accept more room character; around 21% of consumers prioritise stereo imaging. |
| Recording-chain compatibility | Match the microphone connector and power requirement to your recording device’s XLR inputs; check input count if using a pair. | Before choosing an XLR condenser, I need to know it will work with my recording device. For around 14% of consumers, connection and powering compatibility are the primary concern. |
Shure’s microphone-placement guidance explains that a microphone cannot separate wanted sound from reverberation already present in the room. Low self-noise alone will not change that acoustic balance.
Plan a position near the piano that leaves the performer and instrument unobstructed, then assess how much reflected sound remains.
Conventional condenser microphones need power for their active circuitry. Focusrite explains that phantom power is supplied through a suitable XLR microphone connection, not an ordinary jack input.
Check the microphone’s power requirements against your recording device’s XLR inputs and consult both manuals before connecting them.
Your setup may also need an audio interface, XLR cable or stand.
A pair can capture left-right piano information, but microphone placement also determines how prominently the room appears.
Choose stereo when that spatial information matters to you and you can position both microphones consistently.
A second microphone, stand and cable, plus two suitable recording inputs, may be needed.
Audio-Technica specifies an 80 Hz high-pass filter on the AT2035. It can address some low-frequency noise, but it does not remove broad room reflections.
Assess the filter’s effect on the piano sound separately from microphone placement and room acoustics.
The XLR NT1 Signature Series is a single cardioid condenser that RØDE lists for piano recording.
The AT2035 is a cardioid condenser with setup controls relevant to a single-microphone recording.
The LCT 440 PURE is a one-microphone cardioid condenser option supplied with a shock mount.
The SM57 is a cardioid dynamic instrument microphone to consider for close, single-microphone placement.
The KM 184 is a small-diaphragm cardioid microphone that Neumann presents for piano and precise stereo imaging.
No. A cardioid pattern can reduce pickup from some directions, but Shure’s placement guidance makes clear that a microphone cannot remove reflected reverberation. Positioning it for a stronger direct piano sound, and using temporary absorption where practical, addresses different parts of the problem.
You need a suitable XLR microphone input with preamplification and the power specified for the condenser; an audio interface is one way to provide these. Focusrite explains that conventional condensers commonly receive phantom power through XLR, so check the microphone and recording-device manuals before connecting them.
Yes, if mono capture meets your needs. Position one cardioid microphone carefully for the balance of piano and room sound you want; use two microphones when stereo width matters and you have two suitable recording inputs.