

Need help? Ask our experts.
Review Summary
Externally Biased Condenser
Cardioid
20Hz to 20kHz
2500 ohm load: 123dB
1000 ohm load: 118dB
75dB
2500 ohm load (Attenuator on): 137dB (152dB)
1000 ohm load (Attenuator off): 132dB (147dB)
48VDC +/- 4VDC
EIA Rated at 150 ohms (140 ohms actual)
3-Pin XLR
-15dB
No
6.37 x 0.95" (162 x 24mm)
22.6oz (640g)
Become a master of audio capture with the Shure SM137-LC Ultra-Thin Condenser Instrument Microphone. This high-quality, small-diaphragm microphone is an excellent choice for both instrument and vocal recording, making it a versatile addition to any professional audio setup. Whether you're working on a project recording or managing sound reinforcement situations, the SM137-LC is designed to deliver exceptional performance.
Featuring an ultra-thin diaphragm, this durable microphone offers a smooth high-end frequency response, ensuring clear and crisp audio capture. Its tight, controlled low-end response further enhances the audio quality, providing a balanced sound that is true to the source.
One of the standout features of the SM137-LC is its cardioid polar pattern. This design effectively eliminates noise and feedback from off-axis sections of the capsule, making it ideal for capturing audio from a single source. Whether you're recording vocals, micing amplifier cabinets, drums, or percussion, this microphone ensures that the focus stays on your sound.
Additionally, the SM137-LC includes a -15 dB Pad switch, which minimizes distortion caused by transient (peaking) audio signals. This feature ensures that even the most dynamic performances are captured with precision and clarity.
As a product of Shure, a reputable brand in the audio industry, the SM137-LC Ultra-Thin Condenser Instrument Microphone is a reliable choice for professionals and enthusiasts alike. Its multi-use design makes it suitable for a variety of applications, from vocals and instruments to podcasting. Experience the difference in audio quality with the Shure SM137-LC Ultra-Thin Condenser Instrument Microphone.