รหัสสินค้า : SENNHEISER-MD431-II

Amazing Vocal Performance and Studio Secret Weapon!

Many people consider the MD 431 II Sennheiser's best dynamic mic for live vocals. But here's an insider tip: pro recording engineers are using the MD 431 II on snare drums for a bright, crisp sound! This mic works in live performance and in the studio.

A vocal mic for your star - or a tool for your studio

Sennheiser calls the MD 431 II a vocal mic, and it's a great one. The MD 431 II is a high-quality, supercardioid dynamic microphone that sounds great and looks great onstage. The bonus is the MD 431 II's performance in the studio, especially for snare drums and percussion instruments. That's due to its presence peak above 2kHz, which provides accurate capture of percussive transients.

Supercardioid design with clean, transparent sound

The MD 431 II's supercardioid pattern has excellent noise rejection, which contributes to its stage performance. It has a custom-tailored frequency response to achieve added transparency. A nearly frequency-independent, polar pattern gives the MD 431 II incredibly high gain before feedback and provides uncolored off-axis response.

Generation II features add sturdiness, improve sound

This generation of the MD 431 has a new rugged steel housing with a steel mesh grille to help it hold up onstage. Plus, The MD 431 II's shock-suspended capsule, and a hum-bucking coil reduce handling and mechanical noise. Upgraded internal electronics handle proximity effect, and a recessed On/Off switch prevents embarassing dropouts.

Sennheiser's best dynamic mic for live vocals just got better. The super-cardioid MD 431 II has a custom-tailored frequency response to achieve added transparency. A nearly frequency-independent polar pattern offers incredibly high gain before feedback and provides uncolored off-axis response. Its new rugged housing has a steel-mesh grille, a shock-suspended capsule, and a hum-bucking coil. It features a noiseless, magnetic reed on/off switch which is recessed in its handle, and internal electronics for refining proximity effect.