The VibraSee Creates a Temporary Bike Lane for Cyclists
Meghan Young — June 10, 2014 — Lifestyle
References: biomimicrydesignchallenge & fastcoexist
Most people including cyclists are not aware that they have as much right to the road as drivers, yet accessories like the VibraSee are necessary to state their territory as they commute to their destination. The VibraSee is an attachment inspired by mice whiskers. Securing to the front of the bike, the VibraSee extend outwards to indicate the safe distance between commuters.
Designed by a team of students from California State University-Long Beach, who were advised by David Teubner, the VibraSee not only lights up to provide more visibility for the user, it also moves back and forth to signal turns. When not in use, the VibraSee bends backward to stay conveniently out of the way.
Designed by a team of students from California State University-Long Beach, who were advised by David Teubner, the VibraSee not only lights up to provide more visibility for the user, it also moves back and forth to signal turns. When not in use, the VibraSee bends backward to stay conveniently out of the way.
Trend Themes
1. Bike Safety Accessories - Opportunity to create more bike safety accessories inspired by animals that could protect cyclists while commuting.
2. Smart Bike Accessories - Innovative bike accessories that light up and signal turns for better visibility and safe bike commuting.
3. Sustainable Bike Commuting - Incorporating sustainable design in essential bike accessories that could promote safe and eco-friendly bike commuting.
Industry Implications
1. Cycling Industry - More products like VibraSee can be developed and marketed to address the growing demand for cycling safety accessories.
2. Student Design Industry - The success of VibraSee shows that student innovations have real-world applications and could be further encouraged and supported.
3. Environmental Industry - Finding ways to promote sustainable bike commuting through eco-friendly accessories and infrastructure may be a potential avenue for environmental innovation.
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