Joy e-bike, an Indian company, has unveiled a prototype scooter that operates on hydrogen extracted from water molecules using fuel cell and electrolyzer technology. This innovative approach allows the scooter to run on hydrogen gas, offering a pollution-free and eco-friendly mode of transportation. While the maximum speed of the scooter is limited to 25 kilometers per hour to bypass the need for a driving license, it features pedal assistance for situations where hydrogen runs out. Although the scooter is currently in the prototype stage and not yet available in the market, the company is diligently working towards refining the technology for commercialization. The utilization of hydrogen fuel cell technology in this scooter signifies a positive step towards a sustainable future. Beyond two-wheelers, the potential applications of this technology in cars, trucks, and buses could significantly reduce pollution and contribute to addressing energy crises. However, challenges such as the production cost of hydrogen, storage solutions, and the establishment of hydrogen filling stations remain hurdles that need to be overcome for widespread adoption. While water-powered scooters represent an alluring concept with the promise of transforming transportation, the road to realization is laden with obstacles. The success of this technology could herald a new era in the transportation sector, but the pace and efficacy of its development will determine the extent of its impact. As the industry navigates the complexities of hydrogen-based solutions, the potential for a paradigm shift in how we perceive and engage with transportation systems looms on the horizon.