Key Features:

-For Mobile Journalism, Content Creation
-2 x Ultracompact Transmitters with Mics
-Camera-Mount and Plug-In Receivers
-Up to 1000' Transmission Distance
-48 kHz, 24-Bit Audio Sampling
-Environmental Noise Cancellation
-LED Indicators, Built-In Batteries
-iOS/Android App Control
-Included Charging Case

Record up to two people in mobile journalism or content creation applications using this LARK M2S Mini Combo Wireless Microphone System from Hollyland. The system includes two ultracompact transmitters with built-in omnidirectional microphones for discreet recording, a USB-C plug-in receiver for direct connection with mobile devices, a camera-mount receiver, and a charging case. The transmitters feature a titanium clip-on design to attach securely to your talent and do not have visible logos for a low-profile appearance.

Stable Audio Transmission
The LARK M2S transmitters are engineered with RF interference-resistant circuits for pristine sound quality in most environments. Audio is transmitted via 2.4 GHz frequency up to 1000' away. Easily capture 24-bit, 48 kHz audio with a 70 dB signal-to-noise ratio and 116 dB SPL. Toggle environmental noise cancellation using the transmitters' onboard controls for clear audio capture in loud spaces. Included windscreens improve audio quality outdoors.

Camera-Mount and Plug-In Receiver

The mini combo version of the LARK M2S includes a camera-mount receiver and USB-C plug-in receiver.
The camera-mount, dual-channel receiver features an integrated camera-mount interface. A 3.5mm TRS output port records audio directly to your device of choice. Onboard controls allow you to toggle between stereo and mono modes or adjust the volume of your recording. LED indicators show the mode status of each transmitter unit. Use the included 3.5mm TRS cable to adapt the existing port on the receiver to a wide variety of devices.
The USB-C plug-in dual-channel receiver is compatible with iOS and Android devices. It runs on plug-in power from your connected device and features LED indicators to show the mode status of each transmitter unit.