The 'WHEEL FLASH' reflective stickers are a battery-free way to stay seen after dark when riding a bike to prevent riders from being unseen by motorists, fellow riders or pedestrians. The stickers are made with a glass-powder pigment that is highly reflective and will work without the need for battery power to reflect light in any condition. The stickers come precut and can be affixed easily onto your existing bike to prevent accidents by keeping riders far more visible at dusk or after dark.
The 'WHEEL FLASH' reflective stickers are the design work of Min Hyeon Seong of THE BEAM and won't detract from a rider's aerodynamics thanks to their paper-thin design. This makes them a better option than adding on additional lights or blinkers for riders seeking to enhance their visibility without any slow downs.
Battery-Free Cyclist Stickers
The 'WHEEL FLASH' Reflective Stickers Keep Riders Visible
Trend Themes
1. Battery-free Reflective Stickers - Disruptive innovation opportunity: Develop cost-effective, eco-friendly and battery-free solutions for enhancing visibility in low-light conditions.
2. Glass-powder Pigment Technology - Disruptive innovation opportunity: Explore alternative applications for glass-powder pigments in reflective materials, such as clothing, accessories, and signage.
3. Aerodynamic Safety Accessories - Disruptive innovation opportunity: Design lightweight, performance-enhancing safety accessories that do not compromise a cyclist's aerodynamics or speed.
Industry Implications
1. Cycling and Bicycle Accessories - Disruptive innovation opportunity: Introduce innovative safety solutions to the cycling industry that address the growing concern for cyclist visibility and safety.
2. Outdoor Recreation and Sports - Disruptive innovation opportunity: Develop reflective technologies and products for various outdoor activities beyond cycling, such as running, hiking, and camping.
3. Automotive Safety - Disruptive innovation opportunity: Collaborate with automobile manufacturers to integrate advanced visibility systems, using eco-friendly and efficient technologies, into vehicles for improved safety.