Audiophiles, individuals who have a strong passion for high-quality sound reproduction, often go to great lengths to fine-tune their equipment. They strive to create an immersive experience that isolates their audio equipment from any external disturbances. However, not everyone requires such an elaborate setup when using a microphone. Hackaday contributing editor Jenny List has taken thrift store finds and transformed them into a practical and adjustable microphone setup.
List’s creation utilizes the flexible neck and clamp of an IKEA Kvart lamp as the foundation for the mic stand. To achieve this, she dismantled the lamp, removing the shade, cord, and other unnecessary components. With the lamp’s neck exposed, List designed a mount using 3D-printing technology to attach it to the microphone. The connection between the lamp and the microphone features an action camera mounting system, allowing for versatility in mounting various devices. List’s design even includes additional 3D-printed mounts that securely attach a Logitech gaming microphone to the action camera connector.
The result is a sleek and functional microphone setup that can be assembled using bolts or a printed pin. List has made all the necessary components and design files available in a GitHub repository, allowing others to replicate her creation and modify it to suit their specific needs.
This innovative microphone stand design is not only useful for audio enthusiasts but also for individuals in various other fields. The adjustable nature of the stand and its compatibility with different devices make it a versatile tool. It can be used for mounting cameras, smartphones, or even small instruments, expanding its applications beyond just microphones.
For those interested in exploring more microphone hacks, Hackaday offers other exciting projects to consider. One example is the DIY ribbon microphone, which utilizes a wooden enclosure to add warmth to the sound it captures. This project showcases the creativity and resourcefulness of audio enthusiasts who are willing to experiment with unconventional materials to achieve unique sonic characteristics.
Another intriguing microphone-related project featured on Hackaday is the Ambi-Alice ambisonic mic. Ambisonic microphones capture sound in multiple directions simultaneously, offering a more immersive audio experience for recordings and virtual reality applications. The Ambi-Alice project demonstrates how individuals can explore advanced microphone technologies and push the boundaries of audio capture.
In conclusion, Jenny List’s hack of combining thrift store finds and 3D printing technology has resulted in a practical and adjustable microphone stand. This project highlights the ingenuity and creativity of individuals within the audiophile community who are constantly seeking innovative solutions. With the availability of the design files on GitHub, more people can now benefit from List’s creation and adapt it to their own specific needs. Additionally, Hackaday continues to provide a wealth of inspiration and opportunities for individuals interested in exploring various microphone-related hacks and projects.