beyerdynamic MC 930 True Condenser Microphone (Cardioid)

The beyerdynamic MC 930 is a versatile small diaphragm true condenser microphone designed for professional studio and live applications. Handmade in Germany, it combines precision engineering, natural sound reproduction, and durable construction to deliver consistent, high-quality results across a wide range of recording scenarios. With its largely linear frequency response and frequency-independent cardioid polar pattern, the MC 930 captures sound with clarity, balance, and focus. The cardioid design prioritizes sound from the front while effectively attenuating sound from the sides and rear, reducing bleed and crosstalk from nearby sources. This makes it an excellent choice for acoustic guitar, piano, hi-hats, drum overheads, choirs, orchestras, vocals, and solo instruments of all kinds. The MC 930 features exceptional transient response, allowing it to accurately reproduce fast attacks and fine detail. Whether capturing the snap of a snare, the shimmer of cymbals, or the subtle articulation of string instruments, it preserves the natural character of the performance without coloration. A powerful output level of 30 mV/Pa gives the MC 930 one of the highest sensitivities in its class. This strong signal requires less preamp gain, reducing noise and preserving headroom for a clean, detailed recording chain. The microphone operates on standard 11–52 V phantom power, making it compatible with professional audio interfaces, mixers, and preamps. Built for flexibility, the MC 930 includes a switchable -15 dB attenuation pad, enabling it to handle high sound pressure levels from loud instruments. A switchable low-cut filter (6 dB/octave at 250 Hz) helps reduce unwanted low-frequency rumble, proximity effect, and impact noise, providing greater control during recording or live reinforcement. Acoustically relevant components, including the true condenser capsule, system suspension, and counter electrode, are produced in-house. Each microphone is individually measured, and a printed frequency response curve is included, reflecting the company’s commitment to precision and consistency. The durable solid metal housing protects the capsule and contributes to acoustic performance through its carefully engineered design. A robust, acoustically neutral sintered disc protects the microphone head. Compact, lightweight, and easy to position, the MC 930 adapts effortlessly to a variety of setups. It is also available as a matched stereo pair for professional XY or ORTF stereo recording techniques. Supplied in a sturdy hard case, the MC 930 is built for daily professional use and long-term reliability, with serviceable components designed to support years of performance. Combining sonic transparency, flexible features, and meticulous German craftsmanship, the MC 930 stands out as a true all-purpose condenser microphone for engineers, producers, and musicians who demand precision and versatility.

True condenser small diaphragm microphone with cardioid pattern delivers natural, detailed sound with excellent off-axis rejection, reducing bleed and crosstalk for clean studio and live recordings across guitars, piano, overheads, choirs, vocals, and orchestras.Switchable -15 dB pad and low-cut filter (6 dB/octave at 250 Hz) provide flexible control for loud sources and help minimize proximity effect, impact noise, and unwanted low-end buildup for clearer, more controlled recordings.High sensitivity (30 mV/Pa) with powerful output requires less preamp gain, resulting in lower noise, greater headroom, and a strong, clean signal ideal for professional studio and stage applicationsOutstanding transient response and largely linear frequency response capture fast attacks and subtle detail with accuracy, preserving the true character of acoustic instruments and delivering balanced, transparent sound.Handmade in Germany with in-house produced capsule components ensures exceptional build quality, consistent performance, and long-term reliability; each microphone is individually measured and supplied with its frequency response curve.