This is the B Stock : Sennheiser E965 Handheld Condenser Mic – 001 from Sennheiser, available now in Condenser Microphones category on MicPro. Read More below.
Condition: See Photos This item shows visible cosmetic wear, which has been photographed individually so you can see the exact condition before purchase.Any marks or imperfections are purely cosmetic and do not affect performance. The item has been fully tested and is in perfect working order. Product DescriptionTo view the full product description for this item, please click the link below (opens in a new window).Full Product Description
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.
Condenser microphones use a sensitive capsule design that can capture fine detail, fast transients and a broad frequency range. They are common choices for vocals, acoustic instruments, overheads, room work and studio recording, but their sensitivity also makes room sound and handling more noticeable. Compare large- or small-diaphragm construction, polar pattern, self-noise, maximum level, pad and high-pass options, and whether phantom power is required. The right condenser depends on the source, placement and acoustic environment, not simply on whether the microphone is marketed for studio use.
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.
Condenser identifies a sensitive capsule design suited to detailed recording. Check phantom or USB power, room sound, self-noise, maximum level and the intended source.
