Audio-Technica BP4027 Long M-S Stereo Shotgun Mic

The Audio-Technica BP4027 Long M-S Stereo Shotgun Mic provides high-end audio capture for professional broadcast and production environments. This 14.96-inch microphone utilizes independent line-cardioid and figure-of-eight condenser elements configured in a Mid-Side (M-S) arrangement. Originally based on designs developed for major international sporting broadcasts, the BP4027 delivers reliable performance for broadcasters, videographers, and sound recordists.

Advanced Mid-Side Matrixing

The BP4027 features an innovative internal matrixing system that provides significant flexibility during recording or post-production. Users can select between multiple output configurations via an integrated switch:

• Wide Left-Right Stereo: Provides a broad spatial image for immersive environments.
• Narrow Left-Right Stereo: Focuses the stereo field for more direct sound capture.
• Discrete Mid-Side Signals: Delivers non-matrixed M-S signals for specialized manipulation in later production stages.

Audio Quality and Noise Control

This phantom-powered microphone includes a switchable low-frequency roll-off filter. Activating this filter minimizes the pickup of unwanted low-frequency ambient noise, ensuring cleaner recordings in diverse environments. The combination of line-cardioid and figure-of-eight elements allows for precise spatial imaging while maintaining the directional reach required for long-distance sound pickup.

Rugged Camera-Mount Design

The BP4027 features a rugged yet lightweight construction specifically engineered for camera-mount use. Its sleek black color scheme ensures a low-profile appearance on-camera. The compact design allows for easy integration into mobile production rigs without sacrificing technical performance.

Technical Package and Compliance

This microphone includes a 0.61-meter (24-inch) cable equipped with a 5-pin XLRF connector to two standard 3-pin XLRM connectors. The BP4027 is RoHS compliant, meeting EU directives regarding the exclusion of hazardous substances in electronic equipment.