E-mobility brand Stilride has unveiled the 'Stilride SUS1,' a sophisticated electric scooter inspired by origami, the Japanese art of folding paper.
To develop the innovative new bike, the Swedish startup created its own process called StilFold, which utilizes robotic arms to fold pieces of recycled steel into a full-fledged bike chassis. Because of this unique technique, Stilride's production process requires significantly fewer elements, making this product notably more sustainable than other bikes on the market.
As of right now, the 'Stilride SUS1' is still in production. The model that was revealed by the company is a close-to-finished prototype. However, even this early version boasts an impressive amount of power for an all-electric scooter; the prototype has reached top speeds of 60 mph with a max range of 75 mph. For those interested, the sleek new e-scooter is set to be released in fall 2022.
Origami-Inspired E-Scooters
The Striking 'Stilride SUS1' Is Made From Folded Recycled Steel
Trend Themes
1. Origami-inspired Design - There are opportunities for other e-mobility startups to create unique, environmentally friendly designs using origami-inspired techniques.
2. Sustainable Production Processes - Companies across different industries can explore sustainable production processes like Stilride's StilFold to reduce their environmental impact and production costs.
3. High-performance Electric Vehicles - There is potential for companies to develop high-performance electric vehicles that match or exceed the power and speed of gas-powered vehicles, similar to the Stilride SUS1 prototype.
Industry Implications
1. Electric Vehicles - The Stilride SUS1 showcases the potential for unique and eco-friendly designs in the growing market of electric vehicles.
2. Sustainable Manufacturing - Manufacturers in various industries can explore Stilride's sustainable manufacturing process to create more environmentally-friendly products.
3. Urban Transportation - Companies specializing in urban transportation can benefit from developing high-performance electric vehicles that are sustainable and efficient, like the Stilride SUS1.