The Rode WS7 Deluxe Windshield offers high-performance wind protection tailored for the RØDE NTG3 and other compatible shotgun microphones. This windshield is engineered for use in windy recording environments, combining an open-cell foam surround with an acoustically transparent artificial fur layer. The integrated rubber base effectively prevents wind noise from entering the rear of the microphone pickup area, ensuring clear and accurate audio capture.
The WS7 is designed to fit shotgun microphones with a maximum slot length of 186mm and a diameter of 19-20mm, making it an ideal accessory for enhancing the performance of the NTG3 and similar models. Its user-friendly design allows for easy fitting and removal, providing convenience and reliability in various recording conditions.
Key Features
- High-Performance Windshield: Optimized for the RØDE NTG3 and other shotgun microphones.
- Universal Compatibility: Fits microphones with a maximum slot length of 186mm and a diameter of 19-20mm.
- Suitable Models: Ideal for the NTG3 shotgun microphone.
- Acoustically Transparent Synthetic Fur: Ensures clear audio while minimizing wind interference.
- Rubber Base: Prevents wind noise from entering the rear pickup area.
- Easy Installation: Simple to fit and remove.
Specifications
- Compatibility: RØDE NTG3 and other shotgun microphones with a maximum slot length of 186mm and a diameter of 19-20mm
- Material: Open-cell foam with synthetic fur outer layer
- Wind Protection: Designed for high-wind conditions
- Rubber Base: Blocks wind noise from entering the rear of the microphone
Final Conclusion
The Rode WS7 Deluxe Windshield provides superior protection for shotgun microphones, including the RØDE NTG3, against wind noise and plosive sounds. Its high-performance design, featuring a combination of open-cell foam and synthetic fur, ensures that recordings remain clear and free from unwanted noise. The practical and versatile WS7 enhances audio capture quality, making it an essential accessory for professional recording in challenging environments.
