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Gobe Speaker

Learning Through Application

 
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The Problem:

 

We need a balance between durability and renewability.

 

A possible compromise could be to rethink the inside.

 

Why do we need plastic screw bosses and rigging, if it’s protected by an exterior shell?

 
 

Consumer electronics with a soft soul.

 

Research and Direction

While researching alternatives to plastic, I came across the malleable, totally renewable and acoustically excellent material benefits found in cork. It was perfect for a speaker.

 

After deciding on a product, I took a moment to consider the design language based on current trends and fashion.

 
 

Key Ideas (based on WGSN):

  • Tech-tility

  • Vintage Automotive

  • Comfortable Curves

  • Clean Complexity

  • Nesting

  • Multi-functional/Modular

  • Ball

 

Ideation

Starting with a ball concept left over from a previous project, I began thinking about ways to add complexity and elegance to the form.

 
 

It took a while to settle on a satisfactory shape. Below, is an early iteration, where I had experimented with CMF, but determined I needed to keep sketching.

After much trial and error developing the dock, I utilized basic logo design techniques to develop the final silhouette of the product.

 
 

The final form suggested portability, and I experimented with accessories like a carrying case to enhance the user experience.

 

Model

Once I had a form, I built the speaker in Rhino, using a few parts from an old Amazon Echo as a reference point for the size of internal parts.

Although I concluded that the idea of exposed cork was great for a home speaker, portability meant more durability.

I added more plastic than originally intended, but the core is still completely cork.

 
 

While I did not set out to design a smart home device, I began to think of the final product in those terms. I wanted it to feel like a companion.

 

The end result was satisfying, but I have a long way to go before I can begin making a physical artifact.

 

What comes next?

 

Next Steps:

  • Technical Refinement

  • Internal Refinement

  • Built in Security/Privacy features

  • Production/Manufacturing

  • Parts Sourcing

  • Accessorization Potential

  • Smart Home Expansion?

  • Repairability to encourage sustainability