A fur microphone windscreen that looks fine can already be underperforming. Compressed fibres, trapped moisture, and improper storage all reduce wind rejection before the fur shows visible damage. For broadcast engineers managing a fleet, a consistent care protocol is the difference between reliable location audio and avoidable retakes.
How to Clean and Maintain a Fur Microphone Windscreen Read Post »
Foam windscreens cover studio leakage and light handling noise. On a boom in moving air, they stop doing their job faster than most operators expect. Knowing exactly when a dead cat for shotgun mic becomes necessary — rather than just a precaution — saves you from discovering the problem in post-production.
Dead Cat for Shotgun Mic: Does Your Boom Need Fur? Read Post »
A fur windscreen handles more than most people give it credit for — but it has a hard limit, and that limit comes sooner than expected on open locations. For a solo operator building a lean kit, understanding exactly where fur stops working determines whether you need to budget for a blimp system or not. This is that decision made concrete.
A deadcat microphone cover that fits loosely, uses thin fur, or is sized for the wrong mic body will fail in moderate wind just as readily as bare foam. Before outdoor interview season, ENG journalists need a clear framework — not a product list — for choosing the right fur cover. This guide covers fit, fur density, and when fur alone is not enough.
How to Choose a Deadcat Microphone Cover for Field Recording Read Post »
An overview of standard foam microphone windshields: how compatibility is determined by barrel diameter, which product families cover different microphone formats, and when standard foam is sufficient versus when field-grade protection is required.
Standard Microphone Windshield Compatibility, Formats, and Selection Read Post »
Design guidelines for preparing logos for foam microphone windshields. Covers contrast requirements, minimum element scale, single-colour printing, visibility at broadcast distances, and file format requirements for professional foam production.
Logo Preparation for Foam Microphone Windshields: Design Guidelines for Broadcast Print Read Post »
A guide to selecting between cylindrical, three-sided, four-sided, and custom microphone windshield shapes. Covers primary environments, branding surface count, and the specific case of rectangular internal cavities for wireless transmitter systems.
Microphone Windshield Shape Selection Guide: Cylinder, 3-Sided, 4-Sided, and Custom Read Post »
A practical guide to choosing microphone wind protection for broadcast, studio, and field use. Covers the four key factors: recording environment, microphone type, branding requirements, and budget — with links to detailed guides on shape selection, logo preparation, and colour matching.
How to Choose Microphone Wind Protection: 4 Key Factors for Broadcast and Production Read Post »
What a microphone windshield does and how it works acoustically: overview of foam and furry windscreens, wind-noise and plosive reduction, frequency effects.
What a Microphone Windshield Does and How It Works Acoustically Read Post »
