Sony and 13 supply chain partners, including Mitsubishi Corporation, won the Red Dot Award 2026 and Japan’s GOOD DESIGN AWARD 2026 for their “Creating NEW from reNEWable materials” initiative.
This joint project aims to eliminate virgin fossil-based plastics. The initiative utilizes bio-based renewable plastics via a mass balance approach in products like the WF-1000XM6 earbuds, BRAVIA 9 II
television, and IER-M500 monitor. Sony plans to continue expanding renewable material adoption to drive wider social implementation.
Ryl D.– Lifestyle On Wheels
“Creating NEW from reNEWable materials” Project Wins Double Honors: International
Red Dot Design Award and GOOD DESIGN AWARD
OFFICIAL RELEASE: Sony PH | PUBLISHER: ADVAI
Sony Corporation is pleased to announce that “Creating NEW from reNEWable materials,” a joint environmental initiative by Sony and 13 supply chain partners including Mitsubishi Corporation which aims to achieve zero use of virgin fossil-based plastics, has been named a
winner of the Red Dot Award 2026 in Design Concept category. The project has also been recognized with the GOOD DESIGN AWARD 2026 in Japan.
The Red Dot Design Award is an internationally recognized design award based in Essen, Germany. Its Design Concept category evaluates ideas and prototypes for products, services, and systems, as well as design concepts envisioned for future practical implementation.
The bio-based renewable plastics introduced through this project have been allocated, via the mass balance approach*, for use in the truly wireless noise-canceling earbuds WF-1000XM6,the new flagship True RGB 4K television BRAVIA 9 II, and the in-ear monitor IER-M500. Sony will continue to promote the adoption of renewable plastics in its products, aiming to further advance the widespread use and social implementation of renewable materials
For details on the Red Dot Design Award recognition, please click here.
For details on the GOOD DESIGN AWARD recognition, please click here.
For details on the project, please click here.
*This is a method of allocating the characteristics of specific raw materials, such as biomass resources, to a portion of the product based on the input amount of those materials when they are mixed with non-specific raw materials during the distribution and processing stages from raw materials to products.
