The Lunicycle Bike Features a Lower Centre of Gravity for Easy Learning
M — January 26, 2016 — Art & Design
References: inventist & blessthisstuff
Learning to ride a one-wheeled bicycle can be a tricky test of stability, but thankfully the Lunicycle is a beginner unicycle design that is ideal for first timers to start out on. The bike is designed for first time learners with a lower centre of gravity to make pedalling on one wheel much easier to master.
The Lunicycle bike is an specially designed unicycle that is made to help teach first timers how to get the hang of balancing. The bike has a design that is built lower to the ground as well as a low centre of gravity that is safer and easier to pedal on. In addition, the vehicle features custom engineered leg supports so that the body can lean into the bike for added support while learning to keep balance.
The Lunicycle bike is an specially designed unicycle that is made to help teach first timers how to get the hang of balancing. The bike has a design that is built lower to the ground as well as a low centre of gravity that is safer and easier to pedal on. In addition, the vehicle features custom engineered leg supports so that the body can lean into the bike for added support while learning to keep balance.
Trend Themes
1. Lower Centre of Gravity - Opportunity for innovative designs that prioritize stability and balance in a variety of products.
2. Easy Learning - Potential for user-friendly designs that facilitate the learning process in different industries.
3. Custom Engineered Supports - Possibility for customized support systems that enhance balance and stability in various applications.
Industry Implications
1. Outdoor Recreation - Disruptive innovation opportunities for outdoor gear and equipment that make physical activities easier and more accessible.
2. Personal Mobility - Opportunities for innovating in the field of personal transportation, focusing on safer and easier-to-learn vehicles.
3. Assistive Devices - Potential for developing assistive technologies that enhance mobility and balance for individuals with different physical abilities.
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