Shure BETA 56A Supercardioid Dynamic Snare/Tom Microphone

Precision Engineered for Drum and Instrument Excellence

The Shure BETA 56A is a supercardioid dynamic microphone meticulously crafted for capturing the nuanced sounds of drums and instruments. Its design ensures high gain-before-feedback, effectively minimizing unwanted noise and providing exceptional sound isolation. A built-in, dynamic locking stand adapter with an integral XLR connector simplifies setup, offering enhanced flexibility and stability during performances.

Specifications:

• Frequency Response: Tailored for drums, amplified instruments, and horns, delivering studio-quality sound.
• Stand Adapter: Integrated with a dynamic locking system and XLR connector for easy and flexible setup.
• Polar Pattern: Uniform supercardioid pattern for high gain-before-feedback and superior rejection of off-axis sound.
• Grille: Hardened steel mesh grille designed for wear and abuse resistance.
• Magnet: Neodymium magnet for high signal-to-noise ratio output.
• Load Impedance: Minimally affected by varying load impedance.
• Shock Mount: Advanced pneumatic shock mount system to minimize transmission of mechanical noise and vibration.
• Durability: Legendary Shure quality and reliability.
• Applications: Ideal for close miking of snare and tom drums, guitar amplifiers, brass instruments, and woodwinds.
• Thread Adapter: Includes a 5/8” to 3/8” (Euro) thread adapter.
• Storage: Comes with a storage bag.
• Item Weight: 0.6 Kilograms (1.32 pounds).
• Microphone Form Factor: Microphone Only.
• Item Dimensions: 10.1 x 5 x 3.4 inches.
• Power Source: Requires phantom power.
• Material: Alloy Steel.
• Signal-to-Noise Ratio: 78 dB.
• Number of Channels: 1.
• Frequency Range: 50 Hz - 16 kHz.
• UPC: 042406112840.
• Country of Origin: Mexico.
• Color: Black.
• Connectivity: Wired, XLR Connector.
• Special Feature: Stand.
• Compatible Devices: Amplifier.
• Included Components: Mic Clip.
• Polar Pattern Details: Supercardioid, rotational symmetry about the microphone axis, uniform with frequency.