Maono AU102 3.5MM Upgraded Lavalier Microphone

Maono AU102 3.5MM Upgraded Lavalier Microphone


  • 1-BUTTON NOISE REDUCTION: The Clip-on mic has built-in noise reduction technology, adjustable -10db attenuation, can withstand greater sound pressure, and bring you clearer sound in noisy environment
  • NOISE REDUCTION STRUCTURE: The lavalier mic has Low-noise circuit design and audio cable with an electromagnetic shielding layer can effectively remove current noise and bring you a smoother sound
  • HIGHT-QUALITY SOUND: The upgraded lapel mic has a built-in high-performance omnidirectional pickup that capture sound at 360°. Meanwhile use the new metal diaphragm bring you clearer and warmer sound
  • PLUG AND PLAY, EASY TO USE: 1-button switch the connection mode. CAMERA used for camera, DSLR, PC, laptop. PHONE used for mobile phones. And after use, please turn the switch to OFF, To save battery
  • DESIGNED FOR USERS: Ultra-long 6m cable for free recording. Equipped with 3.5 headphone jack, easy to listen the playback after the recording is completed. (ATTENTION: it’s not a real-time monitoring
  • ONE FOR ALL: 3.5mm TRRS Jack is compatible with computer and smartphone, 6.5mm ADAPTER included, ideal for camera, DSLR, audio device. Especially suitable for online course, guitar, Youtube, recording
  • ATTENTION: Noise may happen when plugging mic into camera in auto volume mode, just decrease volume to eliminate noise. Please download the app OPEN CAMERA or PROMOVIE when recording video on ANDROID
  • YOU WILL GET: lavalier microphone*1+adapter(3.5mm-6.35mm)*1+metal Clip*2+foam windscreen*2+manual*1+carrying bag*1+12 months warranty service
  • Description
  • Additional information



Transducer Type Condenser microphone
Polar Pattern Omnidirectional
Frequency Range 65Hz-18KHz
Signal/Noise 74dB SPL
Sensitivity 0dB +/-3dB / 0dB=1V/Pa, 1kHz
Output Impedance Below 1000 Ohm
Output Connection 3.5mm Jack
Battery Type Alkaline Battery (LR44*2)
Working Time 6Hs
Audio Cable 20ft (6.00m)
Weight 75g
Advanced Features -10dB Attenuation

Additional information