UNIVERSAL AUDIO SD-5 DYNAMIC MICROPHONE WITH HEMISPHERE MODELING

The Universal Audio SD-5 Dynamic Microphone with Hemisphere Modeling is a professional-grade dynamic microphone specifically designed for capturing drums, bass cabinets, guitar amplifiers, percussion instruments, and other high-SPL sound sources with exceptional accuracy and detail. Combining robust hardware design with Universal Audio’s advanced Hemisphere Mic Modeling technology, the SD-5 offers outstanding versatility for both studio recording and live sound applications.

Featuring a supercardioid polar pattern, the SD-5 provides excellent isolation and focused sound capture while minimizing unwanted bleed from surrounding instruments. Its high SPL handling capability makes it an ideal choice for kick drums, toms, bass amps, and loud stage environments, delivering powerful, punchy, and articulate recordings.

With the included Hemisphere Mic Collection software, users can access a variety of classic microphone emulations, allowing them to shape and refine their recordings with the tonal characteristics of legendary studio microphones. This provides engineers and producers with greater flexibility during tracking and mixing.

Built with a rugged all-metal construction, the SD-5 is designed to withstand the demands of professional studio sessions, touring, and live performance environments while maintaining reliable and consistent performance.

Key Features:

• Professional Dynamic Microphone

• Hemisphere Mic Modeling Technology

• Supercardioid Polar Pattern

• High SPL Handling for Loud Sound Sources

• Ideal for Kick Drums, Toms, Bass Cabinets, and Guitar Amps

• Includes Hemisphere Mic Collection Software

• Excellent Isolation and Sound Rejection

• Durable All-Metal Construction

• Studio and Live Sound Ready

• Professional Audio Performance

The Universal Audio SD-5 Dynamic Microphone with Hemisphere Modeling is the perfect choice for musicians, producers, and engineers seeking powerful sound capture, advanced microphone modeling capabilities, and reliable performance for demanding recording and live sound applications.