After exploring the possibilities within the Products That Lasts strategies the next step in the project is to decide which business models fit the design challenge.
But firstly the conclusions are looked at again to create the best next step in the process of this project.
This is a sum up of the conclusions that were found when looking at the strategies combined with the user survey and context:
- Main functions: comfortable to wear, keep feet warm (for ergonomics and elderly reasons anti slip is also considered necessary in the design)
- To make the slippers to last longer: increase the quality of the sole (durability), increase the breathability or/and give the ability to wash the slippers
- People prefer to spend a maximum of 20 € on a pair of slippers.
- Slippers are worn at home, in a hotel or guesthouse.
- The scope of the context can be widened by creating other possibilities to wear slippers to give people the comfort of walking like being at home.
Options here can be places where people are indoors but have to walk a lot or sit still and get the warmth and comfort of slippers: At fairs, at the cinema or theater, at the library, at the faculty, in school etc. (!)
- Modularity fits within many strategies:
For re-and disassembly for ease in refurbishing or recycling, to make them adapt to any season, size adjustability for standardisation and compatibility, washability, ease in repair and maintenance, change of trends (but this can also mean the top of the slipper can change into a consumable, this can be both good or bad. Example: trendy top that can be changed each season to the wishes of the consumer bút it is designed with a biodegradable fabric so the consumer can just compost when the end of life is reached)
- Ruggedisation would mean improvement of the sole for stressed use, also timeless design would mean the slipper will last longer provided that washability needs to be adapted within this concept.
- Added value can be a slipper service for ease of maintenance and repair. This would mean the ease to adjust, repair and maintain slippers over time to make them last longer.
What shows thus far is that the strategies for circular design for slippers at this stage is really narrowed down to product design level. It leaves not much space for any service design or out of the box design though spins. However; there is enough to work with to diverse into a strategy that fits business model in the next step.
The next step in the process is to explore the business models, find design possibilities, and try to make them fit with (one or more of) the strategies.
The concepts that would be generated from these conclusions would be:
Idea 1: Slippers for all-year round, improvement of the sole and right choice of breathable material. The slippers can be washed in total. The price can be a little over 20€, because this would mean an investing for the long-lasting slippers. The consumers needs to get the awareness of spending more for a more durable slipper. The design needs to be timeless and for both genders attractive in aesthetics.
Idea 2: Slippers that are made into two or three parts using modularity. Create two types of tops that can fit the sole during summer or winter. Sole needs to be improved and hardened to make this possible. The top can possibly be made of a biodegradable material, when it comes to its end of life the consumer can compost it.
Idea3: Slippers that are made with modularity for the purpose of sharing and hygiene within sharing. The slippers are made out of multiple parts making it easy to wash the lining/inlay or for ease in maintenance and repair. These slippers can be used in public spaces (design possibility within new context)
There are a lot of opportunities (see ideas above), now it is up to the business model archetypes and business validation to see which ideas are plausible to continue to work on.
- Design for ease in refurbishing after life span
- Design for ease in recycling after life span
- Completely/party biodegradable
Personally I don’t believe in biodegradable so when I have to chose myself I’d rather make sure that the parts are easy to recycle or to be reused.
- All-year-round model, because of material choice suitable to wear in any season
- Model that can change into winter or summer version due to modularity or upgradability
- Size adaptability, like the African shoe that is seen in standardization and compatibility.
Again modularity can be used to either make the slippers into a perfect fit for all seasons, or when a new model or trend passes by that the user can only replace the top instead of the whole slipper. The adaptability in combination with modularity can than now also be used for ease of repair. When the sole is broken only the sole can be replaced instead of everything.