RØDE DeadCat GO

RØDE DeadCat GO

The RØDE DeadCat GO is a dedicated microphone windshield engineered to fit the VideoMic GO. It is an essential accessory for anyone recording outdoors, as it significantly reduces wind noise that can ruin dialogue, interviews, or ambient sound. The DeadCat GO is made with a dense, high-quality synthetic fur that traps wind before it reaches the microphone capsule, preserving audio clarity in breezy conditions.

Weighing only 15 g, this windshield adds virtually no weight to your setup, making it ideal for run-and-gun videography, vlogging, or field recording. Its grey colour blends well with most outdoor environments and professional gear. The dimensions (180 mm height, 70 mm width, 70 mm depth) ensure a snug fit over the VideoMic GO without obstructing the microphone's acoustic properties.

Whether you are shooting a documentary, conducting street interviews, or capturing nature sounds, the RØDE DeadCat GO helps you achieve cleaner audio with less post-production cleanup. It is a simple, effective solution trusted by content creators worldwide.

Características principales

• Compatible with RØDE VideoMic GO
• Reduces wind noise for outdoor recording
• Grey colour
• Lightweight: 15 g
• Dimensions: 180 mm (H) x 70 mm (W) x 70 mm (D)
• Quantity: 1 unit

Especificaciones

Preguntas frecuentes

Is the RØDE DeadCat GO compatible with other microphones?

According to the provided specifications, the DeadCat GO is designed for the VideoMic GO. No other compatibility information is available.

How much does the DeadCat GO weigh?

The windshield weighs 15 g, making it very lightweight and easy to carry.

What are the dimensions of the DeadCat GO?

It measures 180 mm in height, 70 mm in width, and 70 mm in depth.

What is included in the package?

The package includes 1 DeadCat GO windshield.

Es para ti si...

• You own a RØDE VideoMic GO and need wind protection
• You record outdoors in windy conditions
• You want a lightweight, effective windshield without adding bulk
• You value clean audio with minimal post-processing