Eco Urban Electric Motorcycles

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The 'CONNECT' Electric Motorcycle is Ready for Daily Commuting

The conceptual 'CONNECT' electric motorcycle has been designed by Harry Kaloustian as a transportation solution for cityscapes where a multifunctional design is essential. The electric bike is positioned as being perfect for daily commuting purposes, while also being suited for deliveries to maximize how it can be used on modern urban streets. The emissions-free design of the motorcycle would help to drastically reduce pollution and smog in urban areas as populations continue to increase.

The conceptual 'CONNECT' electric motorcycle is outfitted with a discreet charging port under the right leg pad that would make it very intuitive to power up between rides. The bike could also be paired with a trailer to be used for storing packages.
Trend Themes
1. Multi-functional Electric Motorcycles - Developing eco-friendly electric motorcycles with multi-functional designs could disrupt the future of daily commuting and delivery services.
2. Disposable Charging Ports - Providing electric motorcycles with disposable charging ports could offer users a more efficient and intuitive way to keep their vehicles charged.
3. Electric Trailer Attachments - Creating electric trailer attachments for motorcycles could revolutionize the delivery industry by providing a more sustainable and efficient transportation option.
Industry Implications
1. Electric Motorcycle Manufacturing - Electric motorcycle manufacturers could capitalize on the growing demand for eco-friendly commuting and delivery options by designing multi-functional bikes with innovative features.
2. Electric Vehicle Charging Infrastructure - The development of disposable charging ports for electric motorcycles could create opportunities for companies specializing in electric vehicle charging infrastructure.
3. Delivery and Logistics - Revolutionizing the delivery industry with electric trailer attachments could present opportunities for companies in logistics and transportation to reduce their carbon footprint.

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