In the realm of audio recording, a microphone shockmount is an indispensable tool that ensures optimal sound quality by minimizing vibrations and handling noise. However, purchasing a professional-grade shockmount can be quite expensive. Fear not! With a little ingenuity and resourcefulness, you can create your own cost-effective microphone shockmount at home. This article will guide you through the process of constructing a DIY shockmount using readily available materials.
Gather Your Materials
To embark on this creative endeavor, gather the following materials: a sturdy wire coat hanger, rubber bands or elastic cords, foam padding or sponge material, scissors or wire cutters for manipulation purposes.
Assemble Your Shockmount
The first step in building your DIY microphone shockmount is to straighten out the wire coat hanger carefully. Using pliers or your hands (if they are strong enough), ensure that it forms a long and even piece of metal without any kinks or bends.
Next, shape the wire into a circular form with one end serving as the base while leaving enough space in between for accommodating your microphone’s diameter comfortably.
Once you have achieved the desired shape for your shock mount frame, attach rubber bands or elastic cords around its circumference evenly spaced apart. These will act as suspension points to hold and isolate your microphone securely within the frame.
To provide additional protection against unwanted vibrations and shocks during recording sessions, cut pieces of foam padding or sponge material into small squares or rectangles. Attach these pads strategically onto areas where contact between the microphone and frame may occur using adhesive tape or glue.
Your Homemade Shock Mount Is Ready!
Congratulations! You have successfully constructed an affordable yet effective DIY microphone shockmount. Now, simply place your microphone into the shock mount frame, ensuring it is snugly secured by the rubber bands or elastic cords. The foam padding will act as a cushion and absorb any vibrations or handling noise that may occur during recording sessions.
Remember to position your shockmounted microphone away from any potential sources of vibration, such as computer fans or foot traffic, for optimal results.
In Conclusion
By following these simple steps and utilizing easily accessible materials, you can create a budget-friendly DIY microphone shockmount that rivals its commercial counterparts in performance. Enjoy enhanced audio quality with reduced handling noise and vibrations during your recording endeavors without breaking the bank!
