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Benjamin, Yorick (2013) DropStops: Sustainable Design of Public Transport Shelters. [Artwork]
| Item Type: | Artwork |
|---|---|
| Creators: | Benjamin, Yorick |
| Abstract / Summary: | Project ran 2011-2013. April 2013: Completion of design, development, assembly and installation of up to ten pre production sustainable shelter units being tested in the public realm. Target met with ten shelters completed, seven currently in public use with three more to be installed by summer 2013 once sites are identified. ECO Bos project built on former industrial sites in St Austell, Cornwall, UK. Located on public highways serving bus users. Roche (2 shelters), St Austell (1), Penwithick (2), Lanjeth (2). Sustainable bus shelters installed on the public highway in Cornwall, based on a modular system of modified wood components, digitally manufactured to provide shelters up to 18 person capacity. |
| Date: | April 2013 |
| Additional Information: | The millions of metal bus shelters installed worldwide expend finite resources in their short lifespans. DropStop shelters are built in modified wood (a renewable resource) to have a 50-year lifespan (up to 5 times greater than metal shelters). Enhanced longevity and carbon sequestration result in a low carbon design. DropStops demonstrate the latest critical thinking on material Upcycling (McDonough. W., Braungart. M. and Clinton. B., The Upcycle: Beyond Sustainability-Designing for Abundance. New York. North Point Press, 2013). DropStop’s intellectual coherence has realised a legally compliant and market competitive sustainable design product in its full complexity. The project is contracted within a 4-year Cornwall Council Framework Agreement to a value of £1.5 million. 1. ‘Upcycle’ theory reified as zero/low carbon street furniture. 2. Practice-based design research leading to a unique modular system of digitally manufactured components, which can be Upcycled to challenge conventional shelter lifespan/installations. Innovations: modular components enable 4-person shelters through to larger transit hubs to be built via digital manufacturing; all components’ >50 year service-life (excepting electronics); the shelter installation period is reduced from 2 days to 12 minutes, saving resources, cost and time; raft foundation enables the easy relocation of shelters; a novel mechanical jointing system applied from another sector enables the efficient assembly of bespoke designs; DropStop Pattern Book (in draft) aids local communities to embed bespoke images into the structure; DropStops publicises the ‘Upcycle’ by demonstrating the concept under communities’ scrutiny. |
| Depositing User: | Yorick Benjamin |
| Date Deposited: | 06 Dec 2013 14:19 |
| Last Modified: | 13 Oct 2017 16:02 |
| URI: | https://repository.falmouth.ac.uk/id/eprint/110 |
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