sE Electronics V Beat

Superior insulation and effortless performance, V-BEAT from SE Electronics delivers solid sound with a minimal footprint and maximum versatility. Compact and versatile like no other in its class, this mic enhances energy where it is more important from snare drums or toms of any size. Engineered with a rock-solid swivel mount to meet any angle requ... moreired, the ultra-compact design and parallel XLR connector and stand mount give V-BEAT a superior small footprint. V-BEAT also contains a specialized DMC7 X capsule with patented, integrated capsule suspension for sound character enhancement specifically designed for drums and an amazing off-axis rejection to minimize bleed from nearby drums and cymbals. V-BEAT is sure to deliver exceptional sound in a robust, compact build.IncludesThread adapterZipper pouchSpare black internal windscreenSE logo stickerUser manualKnurled nut for 3rd part accessoriesFeaturesDMC7 X capsule at the coreUnique, patented integrated capsule suspensionAll metal housing and spring steel grille w/ gold XLR connectorInternal windscreenKnurled nut for other mounting accessoriesSpecificationsCapsule: DynamicVoice Coil: AluminumMagnet: NeodymiumDirectional Pattern: SupercardioidFrequency range: 30 Hz - 19 kHzImpedance: 300 OhmsSensitivity: 2.0 mV/Pa (-54 dBV)Connectivity: 3-pin male XLRHeight: 61 mm (2.4 in.) x Length: 110 mm (4.3 in.)Weight: 347 g (12.2 oz) SE Electronics V BEAT Dynamic Snare and Tom Microphone.

While capturing the essence of live percussion performances or studio sessions, the V BEAT Dynamic Percussion Instrument Microphone stands out as the quintessential choice for professionals seeking a durable, high-quality, and reliable audio solution. This dynamic microphone is specifically engineered to deliver an effortlessly amazing sound for an... morey snare or tom drum, whether on-stage or in a recording environment.The V BEAT's supercardioid polar pattern is meticulously designed to focus on the sound emanating directly from the percussion instruments, ensuring a precise audio capture with minimal interference from surrounding noise. This feature is particularly beneficial for isolating the