An Australian adventurer and innovator by the name of Kate Leeming has gone ahead and unveiled a truly trailblazing fat bicycle that is the very first one ever to be equipped with fully functional all-wheel-drive.
Currently the subject of a crowdfunding campaign over on Kickstarter, this particular fat bicycle comes in two different models, the 4-inch-tire FAT 4 and the 5-inch-tire FT 5, both of which also happen to come fully decked out with mechanical disc brakes and carbon forks for added performance enhancement. What's great about these bicycles' all-wheel-drive modules is the fact that they can easily be deactivated when not required, giving riders full control over their cycling experience.
Stable, powerful and stylish, this all-wheel-drive fat bicycle is a trailblazer designed for those who want to well and truly expand their cycling horizons.
Trailblazing Fat Bicycles
This is the First Fat Bicycle Equipped With All-Wheel-Drive
Trend Themes
1. All-wheel-drive Bicycles - The trend towards all-wheel-drive bicycles presents opportunities for disruptive innovations in the cycling industry, such as improved performance and control on various terrains.
2. Fat Bicycles - The trend of fat bicycles opens doors for disruptive innovations, such as enhanced stability and traction for adventurous riders.
3. Mechanical Disc Brakes - The trend of mechanical disc brakes in bicycles creates opportunities for disruptive innovations, such as improved braking performance and reliability.
Industry Implications
1. Cycling Industry - The cycling industry can leverage the trend of all-wheel-drive bicycles by developing innovative designs and technologies to enhance performance and appeal to adventure enthusiasts.
2. Outdoor Equipment Industry - The outdoor equipment industry can benefit from the trend of fat bicycles by creating innovative products that cater to the needs of outdoor adventurers seeking stable and powerful bicycles for various terrains.
3. Automotive Industry - The automotive industry can explore disruptive innovations by incorporating the trend of mechanical disc brakes into bicycles, potentially improving braking systems and safety features.