The 36V Mustang GX Pro scooter is a new transportation solution for urban consumers to consider integrating into their lifestyle when seeking a personal way to get around that offers on-demand capabilities.
The scooter is capable of offering a maximum range of 55km and a maximum speed of 25kmh, which makes it a powerhouse solution that could provide multiple days of commuting capabilities. This makes it a must-have for urban consumers who are looking for a compact way to get around that doesn't require a parking spot or gas for added flexibility.
The 36V Mustang GX Pro scooter boasts a brushless geared 500W motor, front and rear mechanical disc brakes and the ability to be fully charged in about 5.5 to 6.5 hours.
Speedy Extended Range Scooters
The 36V Mustang GX Pro Scooter will Offer Up to 55km of Range
Trend Themes
1. Extended-range Personal Mobility Devices - With the rise of electric personal mobility devices, there is a growing demand for extended-range vehicles that can offer more than just short trips around the city.
2. Flexible Commuting Solutions - Given the current state of public transportation, consumers are looking for more flexible and personal commuting solutions to get around urban areas.
3. Compact Electric Transportation - Compact and electric transportation solutions, like the 36V Mustang GX Pro scooter, offer consumers a convenient and sustainable way to travel short distances around cities.
Industry Implications
1. Personal Electric Vehicles - The development and innovation of personal electric vehicles such as scooters and e-bikes is an emerging market that opens up new business opportunities and offers consumers alternative methods of commuting.
2. Automotive Retail and Rental - Automotive retailers and rental services can explore incorporating electric scooters as an additional service to attract and meet the needs of consumers looking for personal and cost-effective transportation solutions in urban areas.
3. Smart Cities - As cities start to become more connected and environmentally conscious, we will see a greater need for compact and sustainable modes of transportation that can reduce traffic congestion, parking demand, and carbon emissions in urban areas.