Audio-Technica AT4041 Cardioid Condenser Microphone

Designed for professional studios, broadcast booths and critical monitoring environments, the Audio-Technica AT4041 cardioid condenser microphone delivers clear, low-noise audio capture when detail matters. This pro microphone combines a smooth 20 Hz–20 kHz frequency response with a low-mass diaphragm and transformerless output to reproduce natural transients and handle high SPL sources without distortion — making it ideal for drum overheads, acoustic instruments, voiceover and location sound.

Built for reliability, the AT4041’s turned-brass housing and precision-milled element back plate provide consistent performance session after session. Wired XLR connectivity and a 100-ohm low impedance output ensure stable, low-latency signals for monitoring, broadcast chains and security/surveillance monitoring setups where uninterrupted audio is essential. A switchable roll-off helps tame low-frequency rumble and proximity effects, simplifying placement on noisy stages or in field applications.

Whether you’re outfitting a broadcast studio, forensic audio lab, or live recording rig, the Audio-Technica AT4041 offers professional-grade clarity and durability. Add this cardioid condenser microphone to your kit for dependable, high-fidelity results in recording, monitoring and surveillance applications.

• Delivers clear, studio-grade audio with a smooth 20 Hz–20 kHz response — ideal for recording, broadcast and monitoring applications
• Cardioid pickup and low-mass diaphragm capture transient detail while minimizing background noise for security, surveillance and live sound
• Transformerless circuitry and high SPL handling preserve low-frequency integrity and clean transients on loud sources
• Robust turned-brass housing and precision-engineered element provide road-ready reliability for pro audio rigs
• Wired XLR connectivity ensures stable, low-latency audio for critical monitoring, broadcast chains and surveillance systems
• Switchable high-pass (roll-off) control reduces proximity effect and low-frequency rumble for cleaner on-location captures