Deadcat windscreen

Types of Deadcat Windscreen

A deadcat windscreen is a type of microphone cover that is used to reduce wind noise when recording in windy conditions. It is called a “dead cat” because the fur material used in making the windscreen often resembles the color and texture of a deceased cat. The deadcat windscreen is commonly used by sound engineers, filmmakers, and journalists, especially when using microphones outdoors.

There are several types of deadcat windscreens, which include:

• Standard Deadcat Windscreen: This is the original type of deadcat windscreen. It is made with synthetic fur material that has a thickness of around 1 inch. The standard deadcat windscreen is suitable for use in high-wind environments, such as on beaches or rooftops in urban areas.
• Short-haired Deadcat Windscreen: This type of deadcat windscreen is made from synthetic materials that have short hairs. The height of the fur hairs is usually less than 0.5 inches. Short-haired deadcat windscreens are ideal for use with small handheld microphones or when recording in light wind conditions.
• Long-haired Deadcat Windscreen: The long-haired deadcat windscreen has a fur material with extended hairs, which are usually over 1.5 inches long. This type of windscreen is designed for extremely windy environments, like recording audio on high mountain peaks or near strong industrial machinery.
• Dual Layer Deadcat Windscreen: This type of deadcat windscreen consists of two layers of material. The first layer is made of dense foam, while the outer layer is made of synthetic fur. The dual-layer deadcat windscreen provides additional protection against wind noise, making it suitable for applications that require high audio fidelity, such as scientific research or professional broadcasting.
• Custom-sized Deadcat Windscreens: These are specialized windscreens that are made to fit specific microphones with unique sizes and dimensions. Custom-sized deadcat windscreens are manufactured using various materials, such as real animal fur or high-grade synthetic fur. These deadcat windscreens are typically used in specialized applications, like in forensic audio analysis or when using experimental microphones in research settings.

Specifications and maintenance of deadcat windscreens

Deadcat windscreens come in different sizes to suit various microphones. The measurements of a microphone deadcat are as follows:

• Length: 6-12 inches (15-30 cm)
• Diameter: 2-4 inches (5-10 cm)

The deadcat microphone also comes in a variety of materials, each with its own unique properties and advantages. Here are some of the most common ones:

• Faux fur: This is a synthetic material made from polyester. It is the most common material used to make deadcats as it is affordable and effective in blocking wind noise.
• Real fur: Real animal fur, such as rabbit or sheep fur, is used to make high-end deadcats. They are known for their superior wind noise reduction properties but are more expensive and less humane than faux fur options.
• Microfiber: This is another synthetic material made from very fine polyester fibers. Microfiber deadcats are less common than faux fur but are suitable for light wind conditions.
• Polyurethane foam: This material is used to make smaller deadcats for handheld microphones. Foam is effective in blocking light wind and is also a good sound absorber.

Although they are durable, deadcat windscreens require regular maintenance to ensure optimum performance and longevity. Here are some important deadcat maintenance tips:

• Regular cleaning: Dirt and debris can get trapped in the fur or fabric of the deadcat, affecting its ability to block wind noise. Depending on how frequently the deadcat is used, it should be cleaned at least once a week or every time after use. To do this, prepare a cleaning solution using mild detergent and water. Use a soft brush or cloth to gently scrub the deadcat and remove dirt. Rinse thoroughly and allow it to air dry.
• Avoid harsh chemicals: Avoid using cleaning products that contain bleach, alcohol, or strong solvents on the deadcat. These harsh chemicals can damage the fabric or fur, compromising its wind-blocking ability.
• Proper storage: When not in use, store the deadcat windscreen in a cool, dry place away from direct sunlight and extreme temperatures. Avoid damp places such as bathrooms to prevent mold and mildew growth. Keep it in a dust-free environment to prevent dirt and debris accumulation.
• Regular inspection: Periodically check the deadcat for signs of wear and tear, such as frayed fabric, damaged fur, or loose stitching. Replace the deadcat if it shows any signs of damage to ensure optimum wind noise reduction.
• Reproofing: Over time, the water repellent properties of the fabric can diminish. If the deadcat is designed with water-repellent material, consider applying a reproofing spray or treatment every few months to maintain its effectiveness.
• Avoid excessive force: Handle the deadcat gently when attaching or detaching it from the microphone. Avoid using excessive force, as this can damage the fabric or the windscreen's structure.

How to Choose Deadcat Windscreen

When buying a deadcat windscreen for retail or wholesale, it is important to consider various factors that will influence the purchase. Here are some of them:

• Application

  Consider the purpose of the deadcat windscreen. Is it for recording in a busy street, for interviews, or for recording in a natural setting? Different environments have different wind levels, so think about the frequency of wind interference when selecting the windscreen.

• Size and Compatibility

  Size and compatibility should also be considered when choosing a deadcat windscreen. Take note of the microphone model and type since windscreens are made to fit various mic sizes and shapes. Choose a deadcat windscreen that will snugly fit the microphone to avoid sound distortion.

• Fur Material Quality

  The quality of the fur material is also a key consideration when choosing a deadcat windscreen. Go for high-quality material since they are long-lasting and provide optimal wind noise reduction. Also, consider the fur length and density. Windscreens with longer furs and higher density are more effective in reducing wind noise.

• Mounting Mechanism

  Consider the mounting mechanism of the deadcat windscreen. Choose a mounting mechanism that will provide a secure fit and be easy to remove and install when needed.

• Budget

  Budget is another important factor to consider. Deadcat windscreens come in various prices depending on size and quality. Set a budget and compare various options within the price range to choose a deadcat windscreen that will meet the needs.

How to DIY and Replace Deadcat Windscreen

The process of replacing a dead cat windscreen is very easy. There are no special skills required. Below are the steps to replace a dead cat windscreen.

First, DIYers need the following tools and materials:

• A new dead cat windscreen
• Microfiber cloth
• Isopropyl alcohol
• Adhesive remover
• Scissors
• Super glue or contact cement

1. Prepare the Microphone: Take the microfiber cloth and cut it to the appropriate size to match the dimensions of the microphone. It's essential to ensure a proper fit without excess material hanging off.

2. Clean the Microphone: Use isopropyl alcohol to clean the microphone surface thoroughly. This step removes any dirt, oils, or residues, ensuring optimal adhesive performance and preventing the buildup of microorganisms.

3. Cut the New Windscreen: If the new dead cat windscreen comes in a larger size, cut it down to fit the microphone. It should be slightly larger than the microphone's dimensions to provide adequate coverage.

4. Apply Adhesive: Apply a thin layer of super glue or contact cement to the microphone's surface. Be cautious not to use excess adhesive, as it may seep through the material and affect its performance.

5. Attach the Windscreen: Carefully place the cut microfiber cloth over the glued surface. Press down gently to ensure proper adhesion and remove any air bubbles.

6. Trim Excess Material: Use scissors to trim any excess material hanging off the microphone. A neat finish improves aesthetics and prevents the windscreen from getting caught on objects.

7. Allow to Dry: Give the adhesive sufficient time to dry before using the microphone. Follow the manufacturer's instructions regarding drying time to ensure a secure bond.

Replacing a dead cat windscreen is a straightforward process. By following the steps above, DIYers can easily replace the windscreen and ensure their microphones continue to perform well.

Q&A

Q1. Is a dead cat windscreen necessary?

A1. It is not always necessary, but it is highly recommended to use a dead cat windscreen when recording audio in environments where wind noise is a concern. If the recording environment is relatively still with no wind, then the dead cat may not be needed.

Q2. Can a dead cat windscreen fit any microphone?

A2. No, a dead cat windscreen is not universally compatible with all microphones. Windscreens are designed to fit specific microphone sizes. When procuring the windscreen, ensure it is the correct size and compatible with the microphone.

Q3. How often should a dead cat windscreen be replaced?

A3. There is no specific timeframe for replacing the dead cat windscreen. The frequency depends on the material, usage, and wear. Inspect the windscreen regularly for signs of damage or wear. Replace it when it no longer effectively reduces wind noise or has visible deterioration.

Q4. Can users clean a dead cat windscreen?

A4. Yes, users can clean a dead cat windscreen. Cleaning helps maintain hygiene and ensures optimal microphone performance. Follow the manufacturer's instructions for cleaning. Typically, gently wash the fur material with mild soap and water, then air dry.

Q5. Can the windscreen be used indoors?

A5. Yes, a dead cat windscreen can be used indoors, especially in situations where there may be fans, HVAC systems, or any mechanical noise that can be picked up by the microphone. It is also useful when the microphone is placed near windows or in areas with inconsistent indoor wind conditions.