Open Acoustic Devices

@openacousticdevices.info

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Creators of the #AudioMoth. Follow us for updates on the device and our work in conservation technology. https://www.openacousticdevices.info/

Table showing AudioMoth energy consumption on a range of different SD cards.
Screenshot of the AudioMoth Configuration App open on the Synchronise AudioMoth Files option.
Photograph of a satellite-connected AudioMoth deployed with an Argos SDM module.
The left image shows an Open Acoustic Devices team member testing the first version of AudioMoth 1.0.0 with Lora radio integration in a Belize tropical forest. The AudioMoth is housed in an early prototype enclosure consisting of layers of clear acrylic laser cut sheets. Initial findings in 2018 indicated a wireless range of less than 50 metres. The right image depicts the same team member testing the integration of satellite communication on AudioMoth Dev for real-time alerts and status updates on a remote location on the Isle of Wight, UK. The AudioMoth Dev is housed inside an AudioMoth Dev Case with an AudioMoth external microphone installed on the bottom left of the case with deac-cat windshield.
AudioMoth audio recorder inside the clear AudioMoth IPX7 Waterproof Case
Photograph of the AudioMoth USB Microphone printed circuit board.
A video showing an American football pitch with a sound source heat map overlaid.
Photograph of an AudioMoth 1.2.0 acoustic recorder against a white background.
A photograph of a green AudioMoth Dev case that holds 3 D-cell batteries, has a port for an external microphone, and allows easy use of the AudioMoth GPS board.
Photograph of an AudioMoth GPS Hat showing a PCB and a GPS ceramic antenna and module.
A photograph of a custom piezoelectric transducer sensor and a SM-24 geophone in a yellow commercial housing with a soil spike, sitting on a patterned workbench.
Screenshot of the AudioMoth GPS Sync App.
Photograph of an AudioMoth GPS Hat against a clear light grey background.
Ruggedised waterproof AudioMoth sitting on a marina deck with two AudioMoth Dev printed circuit boards.
A photograph of the AudioMoth USB Microphone against a clear white background.
A spectrogram showing a bat echolocation.
Screenshot of the new 'low frequency view' in the AudioMoth Play web app.
A photograph of an AudioMoth GPS Hat. A small GPS module that can be soldered to the top surface of a regular AudioMoth.
Screenshot of AudioMoth Play with the video generation button highlighted.
Photo showing two AudioMoth devices equipped with GPS Hats and piezo soil sensors.
Screenshot of the AudioMoth Configuration App showing new support for using the device ID as a prefix in the WAV file name.