The Bridge chair, inspired by the strength and elegance of bridges, bridges the gap between sustainability and high-end furniture. Its unique aesthetic is a direct result of the additive manufacturing process and the use of aluminum extrusions, showcasing modern craftsmanship in a modular, flat-pack design.
Aesthetics
Bridges merge aesthetics with functionality and accessibility which were some of the key points that I had set up for myself in my programme. This inspiration led to the AESTHETIC choices in the chair, and those same choices lead to the chair’s incredible stability.
I knew I wanted to use additive manufacturing for this project because of all the benefits it provides in the terms of sustainability. So using these aluminum extrusions that are often found in 3D printers and gantries was quite poetic. I stripped the material of its quotidian utility and instead gave it one where its beauty can shine.
ergonomics and function
A 22 degree angle ensures comfortability and the best blood circulation
With a minimum safety factor of 8 the bridge chair is almost 6 times safer than the required grade.
sustainability
After doing various LCAs (Life Cycle Assesment). I arrived at an incredible low score in the SM 2013 methodology. The Bridge Chair’s CO2 emission is as low as 3 CO2, KG by functional unit. The chair’s expected lifespan is of 10 years, this is easily achievable through the material choices and the modular design that allows for easy repairability.
