Sennheiser MMD935-1BK | Dynamic Cardioid Microphone Capsule for 2000 Series G3 SKM Transmitters Black 502577

The Sennheiser MMD935-1BK Dynamic Cardioid Microphone Capsule is specifically designed for use with evolution wireless handheld transmitters and offers exceptional acoustic properties derived from the wired e 935 vocal microphone. Whether you are a professional performer or a public speaker, this microphone capsule ensures your voice is delivered with utmost clarity and precision. Its cardioid pick-up pattern is ideal for isolating your voice from other on-stage signals, allowing for a more focused and clear sound.

Built to deliver excellent on-axis and off-axis response, the MMD935-1BK is engineered to meet the rigorous demands of live performances. Its robust construction ensures durability, and it can handle a high Sound Pressure Level (SPL) of up to 154 dB, making it suitable for diverse applications from live concerts to studio recordings. This microphone capsule is designed to blend seamlessly with Sennheiser’s 2000 Series G3 SKM transmitters, providing a reliable and top-quality sound experience.

This microphone capsule is not just about performance, but also about enhancing the overall quality of your audio. It brings out the nuances in your voice with impeccable accuracy, making it a valuable addition to your audio setup. If you're looking for a microphone capsule that offers versatile use, superior sound isolation, and durability, the Sennheiser MMD935-1BK is an excellent choice.

Key Features

• Cardioid pick-up pattern provides isolation from other on-stage signals
• Uniform on-axis and off-axis response
• High Sound Pressure Level (SPL) up to 154 dB
• Designed for use with evolution wireless handheld transmitters
• Excellent acoustic properties derived from the wired e 935 vocal microphone

Specifications

• Microphone Type: Dynamic
• AF Sensitivity: 2 mV/Pa
• Sound Pressure Level (SPL): 154 dB

Package Contents

• 1 x Sennheiser MMD935-1BK Dynamic Cardioid Microphone Capsule
• Product Documentation