Description
Get your Sennheiser MKE 2-EW-3-Gold Lavalier Mic in Beige from Music Co. Today!





This is the B Stock : Sennheiser MKE 2 EW-3-Gold Omni Lavalier Mic, 3.5mm TRS Termination, Beige 001 from Sennheiser, available now in Lavalier Microphones category on MicPro. Read More below.
Get your Sennheiser MKE 2-EW-3-Gold Lavalier Mic in Beige from Music Co. Today!
Sennheiser is a leading audio manufacturer known for high-quality microphones used in studio recording, broadcast, live sound, and film production. The brand has built a strong reputation for innovation, reliability, and precise sound reproduction.
Sennheiser microphones are widely used for vocals, instruments, and location recording, offering clarity and consistency across a wide range of applications. MicPro suggests Sennheiser microphones for users seeking professional performance, durability, and trusted audio engineering.
Lavalier microphones are compact clip-on microphones intended for speech, presentations, video, theatre, broadcast and wireless systems. Omnidirectional designs are common for consistent voice capture, while directional versions can help manage nearby noise when they are positioned correctly. Check the connector, bias or plug-in power, transmitter compatibility, cable length, mounting clip and resistance to clothing rustle. Placement near the chest or neckline changes tone and handling noise, so the best choice depends on the speaker, wardrobe, wireless pack and intended distance from the camera or audience.
B-Stock identifies an item sold outside standard new-stock condition, often with packaging or cosmetic differences. Check the listing for the exact condition, warranty and included accessories.
Lavalier identifies a compact clip-on microphone for speech, video, theatre or wireless work. Check connector, transmitter compatibility, cable, clip and clothing-noise control.
Omnidirectional describes pickup from all directions, useful for some lavalier, measurement, room and boundary applications. Placement, nearby noise and reflections still shape the recording.