Movo X3-II Shotgun Microphone for Video Filmmaking

Description

Product Overview

The Movo X3-II is an 11-inch supercardioid XLR shotgun microphone engineered to deliver focused, high-quality sound for interviews, film sets, YouTube content, and on-location shoots. Crafted for filmmakers, content creators, and journalists, this microphone is built to withstand the demands of professional video production.

Usage

The Movo X3-II is designed for use with DSLR and mirrorless cameras, boom poles, and field recorders. Its rugged aluminum body and compact design make it easy to transport and set up in a variety of environments. Whether you’re shooting in a studio or on location, this microphone is the perfect choice for capturing high-quality audio.

Why Choose Us

At Movo, we’re committed to delivering professional-grade audio solutions that meet the needs of creators like you. Our microphones are designed to withstand the demands of professional video production, and the Movo X3-II is no exception. With its rugged aluminum body and dual power options, this microphone is the perfect choice for anyone who needs reliable sound in any environment.

Key Features

• Crystal-clear audio with a supercardioid polar pattern
• Dual power options: 48V phantom power or a single AA battery
• Rugged aluminum body for durability and resistance to handling noise
• Includes a Rycote Lyre shockmount and high-pass filter for reduced low-end rumble
• Perfect for DSLR and mirrorless cameras, boom poles, and field recorders

FAQ

What is the Movo X3-II’s frequency response?

The Movo X3-II has a frequency response of 20 Hz to 20 kHz, making it ideal for capturing high-quality audio in a variety of environments.

Can I use the Movo X3-II with my smartphone?

Yes, the Movo X3-II can be used with your smartphone, but you will need a separate adapter to connect it to your device.

How do I power the Movo X3-II?

The Movo X3-II can be powered via 48V phantom power or a single AA battery. We recommend using a high-quality battery to ensure optimal performance.