(Archive) MySpeaker

There is more value to biomaterials!

Biomaterials have biological characteristics not found in traditional materials. The materials are biodegradable and have (almost) no impact on the climate. Sadly, biomaterials are seen as single-use alternatives rather than materials with their own strengths and potential for use in long-life products. They are mostly used as replacements for packaging materials. However, they also show potential for the design of interactive consumer products. How will we make sure these biomaterials can be used in a similar way as how we use traditional materials now? What biomaterial characteristics can we benefit from in our designs? MySpeaker explores and demonstrates how biomaterials can be effectively used and maintained together with traditional and electronic materials in a circularly designed product.

MySpeaker: the solution!

The designer experimented with mycelium-electronic combinations to see how the material could be used to create interactive products. The goal was to explore how a biomaterial can replace traditional materials. The biomaterial used is mycelium. It is defined as the root structure of Fungi, which can be grown around agricultural waste and other substrates to create a mycelium composite material. It can also be grown around LEDs, where it provides light-dimming properties, and around capacitive sensors to create mycelium touch buttons.

To demonstrate its potential a Bluetooth Stereo speaker was created out of wood and mycelium. It aims to take advantage of the material’s acoustic and aesthetic properties in a design that would otherwise use plastics and other impactful materials. In theory, The mycelium material can be repaired and maintained using repair kits and after its use-life, the material can be safely returned to nature where it biodegrades.

MySpeaker; its impact!

By envisioning a possible future where biomaterials are valued and utilized in a circular manner, MySpeaker serves as a tangible example of how we can create and maintain products for long use that don’t have to outlive the user.

The design shows that we can use lower-impact materials for the same purpose as more finite harmful materials. For example, MySpeaker tries to utilize the acoustic absorption qualities of the mycelium to improve sound quality. In current speakers, this is achieved with harmful synthetic foams that cannot be returned to nature.

MySpeaker calls designers to action: envision a future where biomaterials are valued, circularity is embraced, and design plays a crucial role in shaping a more sustainable planet.