Professional Shotgun Microphone Foam Protection
This 15cm shotgun microphone foam windshield provides essential wind noise protection for broadcast and field recording applications. Specifically engineered for shotgun microphones with 19-22mm diameter bodies, the foam accommodates microphones where slots are positioned less than 15cm from the microphone end.
The windshield fits established broadcast microphones including the Audio-Technica AT897 and BP4029, Neumann KMR 81 i, Rode NTG-1 and NTG-2, Sanken CS-1e and CSS-50, and the Sennheiser MKE600. This compatibility range covers widely deployed shotgun microphones in news gathering, documentary production, and studio environments.
UK Manufacturing and Material Properties
Manufactured in the United Kingdom using semi-open cell acoustic foam, this windshield differs significantly from standard consumer-grade foam accessories. The material composition provides resistance to both UV degradation and moisture absorption, extending operational life in outdoor recording conditions.
The semi-open cell structure maintains acoustic transparency while effectively reducing plosives, boom operation swooshes, and light wind interference. This design preserves high-frequency capture characteristics essential for professional broadcast applications.
Tapered Design for Shotgun Microphones
The windshield features a tapered profile specifically developed for shotgun microphone geometry. The rear section expands to provide comprehensive side wind protection around the microphone capsule area. This design addresses the particular vulnerability of shotgun microphones to lateral wind interference.
The foam gradually narrows toward the front, maintaining protection around the interference tube while preserving maximum acoustic transparency. This profile optimization balances wind protection with the directional pickup characteristics that define shotgun microphone performance.
Professional Field Recording Integration
In broadcast news gathering operations, this 15cm shotgun microphone foam integrates seamlessly with handheld boom operation and camera-mounted recording setups. The foam length accommodates typical news gathering distances while providing sufficient protection against outdoor wind conditions.
For documentary and location recording, the windshield enables extended outdoor recording sessions without the bulk of full windshield systems. The 15cm length suits medium-distance recording scenarios while maintaining the compact profile necessary for discrete recording operations.
Studio and Controlled Environment Applications
Within controlled studio environments, the foam windshield addresses plosive protection during voice recording sessions. The acoustic properties maintain vocal clarity while reducing unwanted breath noise and mouth sounds that can compromise broadcast quality recordings.
The windshield also serves as protection against air conditioning systems and other ambient air movement common in professional studios. This application extends beyond outdoor wind protection to comprehensive acoustic isolation in controlled recording environments.
Maintenance and Operational Durability
The UV and moisture-resistant properties enable regular cleaning and sanitization between recording sessions. The material withstands repeated handling and compression without degrading acoustic properties or physical integrity.
Unlike standard foam windshields that deteriorate rapidly under professional use, this material composition maintains structural integrity through extended field operations. The semi-open cell construction resists the dust accumulation and cellular breakdown common with inferior foam materials.
Compatibility Considerations
The 19-22mm internal diameter accommodates the majority of professional shotgun microphones deployed in broadcast environments. The 15cm length specification ensures proper fit for microphones where slot positioning falls within this measurement range from the microphone end.
Users should verify microphone diameter and slot positioning before deployment to ensure optimal fit and acoustic performance. The windshield design assumes standard shotgun microphone proportions common to broadcast-grade equipment.
Storage and Transport
The foam construction allows compression for efficient storage and transport without permanent deformation. The material recovers full dimensions when removed from storage, maintaining consistent acoustic properties across repeated deployments.
For equipment rental operations, the durable construction withstands frequent handling and client use while maintaining professional appearance and performance standards throughout multiple rental cycles.
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