CAKE Unveiled the 'ösa AP,' a Motorbike Designed for Anti-Poaching Rangers
Niko Pajkovic — January 29, 2022 — Autos
References: ridecake & designboom
Swedish e-bike maker CAKE has announced the launch of 'ösa AP,' a new off-road, all-electric motorbike designed to contribute to the brand's anti-poaching initiatives. Joining the brand's previously released 'kalk AP,' the new bike arrives with a robust, eco-friendly design that was purpose-built for traversing Southern Africa's varied terrain.
In fact, ösa AP was developed in collaboration with a South African wildlife college, which weighed in to ensure the bike was optimized for anti-poaching rangers. As a result, the bike is incredibly quiet and utilizes solar power to operate. Because of this, the motorbike can be used totally off-grid without the need for a traditional power source.
In addition, the bike features a built-in workbench and modular, clamp-on storage system that allows rangers to attach a wide range of tools, bags, and baskets to the bike.
Image Credit: CAKE, designboom, ridecake
In fact, ösa AP was developed in collaboration with a South African wildlife college, which weighed in to ensure the bike was optimized for anti-poaching rangers. As a result, the bike is incredibly quiet and utilizes solar power to operate. Because of this, the motorbike can be used totally off-grid without the need for a traditional power source.
In addition, the bike features a built-in workbench and modular, clamp-on storage system that allows rangers to attach a wide range of tools, bags, and baskets to the bike.
Image Credit: CAKE, designboom, ridecake
Trend Themes
1. All-electric Off-road Motorbikes - Opportunity for disruptive innovation in the transportation industry to create more eco-friendly, specialized vehicles tailored for specific use cases.
2. Anti-poaching Initiatives - Opportunity for disruptive innovation in the conservation industry to develop new technologies and tools to combat poaching and support wildlife conservation efforts.
3. Modular, Multi-functional Vehicles - Opportunity for disruptive innovation in the design industry to create adaptable, customizable vehicles that can serve a wide range of purposes and use cases.
Industry Implications
1. Transportation - Developing more specialized, eco-friendly vehicles designed for specific use cases could disrupt traditional transportation markets and create new opportunities.
2. Conservation - Advancements in anti-poaching technologies and tools could disrupt traditional conservation practices and help protect endangered species.
3. Design - Creating adaptable, customizable vehicles with modular features could disrupt traditional vehicle design and create new possibilities for multi-functional transportation solutions.
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