About the Sennheiser MMD 935-1 BK Microphone Module
The Sennheiser MMD 935-1 BK is a professional-grade, dynamic vocal microphone capsule designed as a modular component for Sennheiser's Digital 6000 and Digital 9000 series wireless microphone systems. This black-finished module features a supercardioid polar pattern, providing superior rejection of off-axis sound and feedback compared to a standard cardioid, making it an excellent choice for loud stage environments, live vocals, and theater productions where maximum isolation of the vocalist is required. The capsule is engineered to deliver a clear, detailed, and powerful sound with a presence boost in the upper midrange, which helps vocals cut through dense mixes without sounding harsh or sibilant.
As a modular component, the MMD 935-1 attaches directly to compatible wireless transmitter bodies (such as the SKM 6000 or SKM 9000), transforming them into a complete handheld wireless microphone. This system allows users to interchange different capsules (like the MMD 945-1 for an even tighter supercardioid pattern or other models for different applications) on the same transmitter, offering great flexibility for artists and audio engineers to tailor their microphone choice to specific performance needs. The capsule itself contains no electronics; the transmitter body houses the preamplifier and analog-to-digital converter, ensuring a clean, high-fidelity signal path that preserves the detailed sound characteristics of the capsule.
Built with a durable metal grille and robust construction, the MMD 935-1 is designed to withstand the rigors of touring and frequent handling. Its sonic signature—characterized by a smooth high-end, controlled proximity effect, and a defined midrange presence—has made it a popular choice for lead vocalists across many music genres. By combining the flexibility of a modular wireless system with the proven performance of a dedicated vocal capsule, this microphone module represents a high-end solution for professional performers who demand both wireless freedom and broadcast-quality sound.