This adaptable electric scooter is a perfect resource for a busy person's transportation and storage needs. This scooter can go from personal transportation vehicle to storage device just by folding up -- making it a very competitive alternative to the popular Segway.
Produced by the design studio 'Opsvik,' The Citrus is an electric scooter that also doubles as a cart with built-in storage compartments. The adaptable electric scooter can simply flip its wheels and transforms into a multifunctional cart with a sack built for storing various goods.
The cart is lightweight and small, which makes it the ideal storage device for a commuter. You can easily move from one transportation device to another without lugging around a big Segway or scooter -- this device is more compact and can fit in a confined spaces.
Folding Storage Scooters
This Adaptable Electric Scooter Also Provides Ample Storage Space
Trend Themes
1. Adaptable Electric Scooters - As seen with the Citrus, there is an opportunity to create more electric scooters that can innovate and transform into other functional devices.
2. Multifunctional Carts - With the Citrus, we see an opportunity to develop more carts that can double as a storage device and transportation vehicle.
3. Foldable Personal Transportation Devices - The folding feature of the Citrus presents an opportunity to design and manufacture more personal transportation devices that prioritize portability and accessibility.
Industry Implications
1. Electric Scooter Manufacturing - Electric scooter manufacturers can explore incorporating adaptable features to their products, such as foldable frames and built-in storage compartments.
2. Cart Manufacturing - Cart manufacturing companies can develop similar products to the Citrus that have built-in storage compartments and wheels that can pivot for different uses.
3. Micro-mobility Transportation Solutions - With the Citrus, there is an opportunity to design and manufacture more personal transportation devices that prioritize portability and accessibility as a solution to last-mile transportation and urban commuting challenges.