Rode VideoMic Me-C+ Directional Microphone for USB-C Smart Phones

The RODE Vlogger Kit USB-C Edition gives you everything you need to achieve professional results if you’re filming with your USB-C equipped android phone. At the heart of the USB-C Vlogger Kit is the VideoMic ME-C Microphone; connecting directly to your Android Phone to deliver crisp, clear, and directional audio for any application. While the SmartGrip ensures your device stays securely in place for stable recording. It also connects seamlessly to the Tripod 2 for both handheld and tabletop use. Then you’ve got the MicroLED on-camera light that keeps all your shots perfectly lit.

The USB-C Vlogger Kit also comes with a mic clip to secure your microphone. As well as a furry windshield that makes shooting outdoors a breeze.

*VideoMic USB-C is compatible with most mobile devices that have a USB-C input and the latest Android operating system (Android OS 10 or higher).

The RODE VideoMic Me is a compact and lightweight directional microphone with a 3.5mm TRRS Connector. Offering high-quality audio recordings via your compatible smartphone or tablet; for portable, on-the-go recording. Featuring a flexible mounting bracket, the VideoMic ME accommodates a wide range of smartphones. So you can fit the VideoMic ME to either the primary camera or the selfie camera.
Sporting a rear 3.5mm headphone jack; the VideoMic ME lets you play background audio while you’re recording. As well as an easy way to playback your videos without having to remove the microphone. Additionally, the VideoMic ME even comes with a deluxe furry windshield. Resulting in clear, noise-free conditions when shooting outdoors or in adverse weather.
Above all, the Rode VideoMic ME is the perfect directional microphone for your smartphone or tablet with a 3.5mm connection.

• Unique dual-capsule design
• Capture the story from every angle
• record the audio coming from behind the camera
• Rycote® LYRE shockmount
• 1/4″ and 3/8″ threaded mounting options
• Weighs only 40 grams
• 3.5mm AUX input bypasses audio