RØDE M1-S - Dynamic Microphone for Live Performance

The RØDE M1-S is a dynamic microphone designed to excel in live performance scenarios, offering superior vocal clarity and control. Featuring a high-power neodymium capsule, the M1-S captures dynamic vocal performances with impressive precision. Its tightly controlled cardioid polar pattern minimizes feedback and ambient noise, ensuring clear and focused audio.

Built with a rugged all-metal body, the M1-S is engineered to withstand the rigors of live performance. An integrated on/off switch with a locking screw provides convenient control over the microphone's operation, making it versatile for various stage and recording applications. The M1-S is a reliable choice for performers and sound engineers seeking durability and high-quality sound in demanding environments.

Key Features:

1. High-Power Neodymium Capsule: Equipped with a high-power neodymium capsule for clear and dynamic vocal reproduction.
2. Cardioid Polar Pattern: Features a cardioid polar pattern that effectively isolates the sound source while reducing unwanted background noise.
3. Rugged All-Metal Construction: Built with a robust all-metal body to ensure durability and longevity in live performance settings.
4. Integrated On/Off Switch with Locking Screw: Includes an on/off switch with a locking screw for secure control over the microphone's operation.

Specifications:

• Acoustic Principle: Dynamic
• Address Type: End
• Frequency Range: 75Hz - 18kHz
• Polar Pattern: Cardioid
• Output Impedance: 320Ω
• Sensitivity: -56.0dB re 1 Volt/Pascal (1.60mV @ 94 dB SPL) +/- 2 dB @ 1kHz

Conclusion:
The RØDE M1-S dynamic microphone offers exceptional performance for live vocal applications, combining a high-power neodymium capsule with a precise cardioid polar pattern. Its rugged design and integrated on/off switch with locking screw make it a practical choice for professional settings. Reliable and durable, the M1-S ensures excellent sound quality and control, making it an ideal microphone for stage performances and demanding audio environments.