UNIVERSAL AUDIO SD-3 DYNAMIC MICROPHONE (3-PACK) WITH HEMISPHERE MODELING

The Universal Audio SD-3 Dynamic Microphone (3-Pack) with Hemisphere Modeling is a professional microphone bundle designed for recording drums, guitar amplifiers, percussion, brass instruments, and live performances with exceptional clarity and versatility. Featuring three matched SD-3 dynamic microphones and Universal Audio’s innovative Hemisphere Mic Modeling technology, this package provides studio-quality sound and access to a range of legendary microphone emulations.

Each SD-3 microphone features a cardioid polar pattern that effectively captures the desired sound source while minimizing unwanted background noise and bleed. With high SPL handling and rugged construction, these microphones are ideal for close-miking drums, guitar cabinets, percussion instruments, and powerful live sound applications.

The included Hemisphere Mic Collection software allows users to unlock authentic microphone modeling capabilities, enabling them to shape recordings with the tonal characteristics of iconic studio microphones. This flexibility provides engineers and producers with multiple microphone options from a single recording setup.

Built for reliability and professional performance, the SD-3 microphones feature durable all-metal construction and are designed to withstand the demands of both studio recording and live performance environments.

Key Features:

• Professional Dynamic Microphone 3-Pack

• Hemisphere Mic Modeling Technology

• Cardioid Polar Pattern

• High SPL Handling for Loud Instruments

• Ideal for Drums, Guitar Cabinets, Percussion, and Live Sound

• Includes Hemisphere Mic Collection Software

• Durable All-Metal Construction

• Studio-Quality Audio Performance

• Consistent Matched Microphone Set

• Perfect for Recording and Stage Applications

The Universal Audio SD-3 Dynamic Microphone (3-Pack) with Hemisphere Modeling is an excellent solution for musicians, producers, and engineers seeking professional sound quality, versatile microphone modeling, and reliable performance for multi-microphone recording setups.