3cm Handheld Mic Foam With 55mm Opening

Professional Handheld Microphone Foam Windshield

This 3cm handheld microphone foam windshield features a precision-engineered 55mm opening designed specifically for professional broadcast and recording applications. The windshield provides essential acoustic protection for handheld microphones while maintaining transparent audio capture across the frequency spectrum.

The foam construction utilizes a specialized semi-open cell material that effectively attenuates plosive consonants, hand movement noise, and light environmental wind interference. The 55mm internal diameter accommodates standard handheld microphone capsule housings, ensuring secure positioning and consistent performance during field recording and broadcast operations.

Acoustic Performance Characteristics

The windshield’s acoustic foam material provides targeted attenuation of low-frequency disturbances while preserving high-frequency audio clarity. The semi-open cell structure allows controlled airflow, reducing pressure build-up from plosive consonants without creating unwanted resonances or frequency response coloration.

Professional broadcast engineers rely on this type of foam protection to maintain consistent audio quality during handheld microphone work. The material’s acoustic properties ensure that speech intelligibility remains uncompromised while providing essential protection against common field recording challenges.

Compatible Microphone Models

This windshield is engineered for compatibility with Shure SM57, SM63, and VP64 microphones. The 55mm opening diameter matches the capsule housing dimensions of these industry-standard models, providing secure fitment without requiring additional mounting hardware.

The Shure SM57’s dynamic capsule design benefits significantly from foam wind protection during outdoor recording sessions. Similarly, the SM63 omnidirectional capsule, commonly used in broadcast interviews, requires consistent foam protection to prevent handling noise and environmental interference. Professional sound recordists frequently specify this windshield for Shure microphone systems in demanding field conditions.

Material Construction and Durability

Manufactured in the United Kingdom using advanced foam chemistry, this windshield incorporates UV-resistant properties that prevent degradation during extended outdoor use. The material formulation resists moisture absorption, maintaining consistent acoustic performance across varying environmental conditions.

Unlike standard consumer-grade foam windshields that deteriorate rapidly under professional use, this construction maintains structural integrity throughout extended broadcast schedules. The semi-open cell structure prevents material breakdown while providing long-term reliability in demanding professional environments.

Field Recording Applications

Broadcast journalists and field recording engineers utilize this windshield configuration for location-based audio capture where environmental control is limited. The foam effectively manages light wind conditions that commonly occur during outdoor interviews and live broadcast segments.

Documentary production teams rely on this protection for handheld microphone work in uncontrolled acoustic environments. The windshield’s compact profile allows natural microphone handling while providing necessary acoustic isolation from environmental disturbances.

Professional Workflow Integration

The windshield integrates seamlessly into established broadcast workflows without requiring specialized installation procedures. Standard microphone handling techniques remain unchanged, allowing broadcast professionals to maintain familiar operational practices while benefiting from improved acoustic performance.

Production sound mixers appreciate the windshield’s minimal impact on microphone sensitivity and frequency response. The foam material’s acoustic transparency ensures that post-production processing requirements remain consistent with unprotected microphone captures.

Care and Maintenance Protocols

Regular maintenance involves gentle cleaning with mild detergent solutions to remove accumulated particles and environmental contaminants. The UV-resistant material tolerates standard broadcast equipment cleaning procedures without degradation or color change.

Storage in controlled temperature environments extends operational lifespan, though the material’s moisture resistance allows temporary exposure to humid conditions without permanent damage. Professional audio departments typically replace foam windshields based on usage frequency rather than material deterioration.

Technical Specifications and Dimensions

The windshield measures 3cm in overall diameter with a precision 55mm internal opening. These dimensions ensure compatibility with specified microphone models while providing adequate foam thickness for effective acoustic attenuation.

The semi-open cell density provides optimal balance between wind protection and acoustic transparency. Professional specifications require windshields that maintain frequency response linearity while providing measurable protection against environmental interference.