Shure SM 81 LC

What use has the SM81 been designed for?

The SM81 is the perfect choice for professional musicians or sound technicians who want a micro for acoustic instruments cymbals or percussion. It has initially been designed for direct but thanks to its high quality can also be used in home and professional recording studios.

What can I expect when using the SM81?

The SM81 has a flat response curve for accurate reproduction the sound source that can also be modified through a serious deletion switch. The 0dB/10bB Lock Attenuation Switch offers even greater flexibility when used with powerful sound sources. Thanks to its cardioid polar pattern provides maximum insulation the main sound source to the the minimum noise of handling.

• Frequency response from 0 Hz to 20 kHz
• Flat response curve for precise reproduction the sound sources
• Low noise level and high output level
• Low distortion in a wide range of load impedances
• Cardioid polar pattern, uniform in the frequency and symmetrical in the axis, offers the highest level of rejection and the minimum colouring of sounds outside the axis
• Low susceptibility to Rf
• Selectable answer for the serious frequencies: flat, 6 or 18 dB/octava suppression
• Attenuation switch with lock to 0 dB/10 dB
• Phantom power supply (DIN 45 596 voltages 12 to 48 Vdc)
• Can be used outdoors in a wide range of temperature and humidity conditions

About Shure
Shure is the most recognized microphone brand in the world and within its entire catalog we find a wide variety of models for drums or percussions. Among these models are iconic models that are in the best recording studios and scenarios around the world. High engineering and top quality materials have been able to achieve this.
Shure is the most recognized microphone brand in the world and within its entire catalog we find a wide variety of models for drums or percussions. Among these models are iconic models that are in the best recording studios and scenarios around the world. High engineering and top quality materials have been able to achieve this.