Explore the Versatility of the Rode GN1 Flexible Gooseneck for NT-6 Microphone

• Total Flexibility in Positioning: The Rode GN1 gooseneck allows full, precise adjustment of the NT-6 remote microphone capsule. You can position your microphone exactly where you need it for optimal sound capture.
  
  
• Compact and Lightweight Design: Measuring 9 × 9 × 120 mm and weighing only 22g, the GN1 is unobtrusive and easy to integrate into any recording setup without adding bulk.
  
  
• Durable Build Quality: Constructed with high-quality materials, the GN1 provides stable support for the NT-6 microphone while maintaining flexibility over time.
  
  
• Easy Integration with NT-6: The GN1 is specifically designed for use with the NT-6 microphone capsule, ensuring a secure fit and compatibility with all NT-6 mounting systems.
  
  
• Ideal for Creative Recording Setups: Whether for voice-over, podcasting, or on-stage use, the flexible gooseneck allows quick adjustments to suit different recording environments and user preferences.

The Rode GN1 Flexible Gooseneck is a compact, lightweight, and durable solution for positioning the NT-6 microphone capsule. Its total flexibility, precise control, and easy integration make it ideal for podcasters, voice-over artists, and studio setups requiring adaptable mic placement.

Basic Information

The Rode GN1 Flexible Gooseneck is an accessory designed specifically for the NT-6 microphone, allowing precise positioning of the remote capsule. Manufactured by Rode, it is compact and lightweight, measuring 9 × 9 × 120 mm and weighing only 22 g.

Design & Flexibility

The GN1 features a flexible gooseneck design that enables full adjustability, making it easy to direct the NT-6 capsule exactly where it’s needed. Its lightweight construction ensures it does not add significant bulk to the microphone setup.

Use & Application

Ideal for studio and field recordings, the GN1 enhances the versatility of the NT-6 microphone by allowing precise capsule placement. This makes it suitable for voice recording, instrument capture, and other scenarios requiring accurate directional sound.