The S340 is the First Smart Scooter Developed In India
Rahul Kalvapalle — March 16, 2016 — Autos
References: atherenergy & gadgets.ndtv
The S340 is a smart scooter, developed by Bangalore, India-based startup Ather Energy, that is the country's first vehicle of its kind.
This smart scooter is powered by a lithium ion battery pack that is capable of generating a top speed of 72 km/h and a range of 60 km per charge. Interestingly, this battery pack makes use of the 18650 cell format more closely associated with the Tesla Model S electric scooter. The vehicle is equipped with a touchscreen dashboard that integrates cloud data to enable full customization of the rider experience, working in conjunction with an app that is set to be developed soon.
The S340 proves that there is plenty of automotive innovation outside Silicon Valley, with electric commuting and cloud-based automotive interfaces gaining popularity around the world.
This smart scooter is powered by a lithium ion battery pack that is capable of generating a top speed of 72 km/h and a range of 60 km per charge. Interestingly, this battery pack makes use of the 18650 cell format more closely associated with the Tesla Model S electric scooter. The vehicle is equipped with a touchscreen dashboard that integrates cloud data to enable full customization of the rider experience, working in conjunction with an app that is set to be developed soon.
The S340 proves that there is plenty of automotive innovation outside Silicon Valley, with electric commuting and cloud-based automotive interfaces gaining popularity around the world.
Trend Themes
1. Smart Scooters - The development of smart scooters like the S340 opens up opportunities for enhanced connectivity and personalized rider experiences.
2. Cloud-connected Vehicles - The integration of cloud data in vehicles, such as the S340 scooter, enables customization, seamless updates, and potential for remote monitoring and control.
3. Electric Commuting - The rise in popularity of electric scooters, like the S340, as a cost-effective and sustainable alternative for urban commuting presents opportunities for the expansion of related infrastructure and services.
Industry Implications
1. Automotive - The automotive industry can explore the development of cloud-connected vehicles and smart scooter technology to create innovative transportation solutions and improve the overall driving experience.
2. Electric Vehicle - The electric vehicle industry can harness the growing interest in electric commuting and further develop electric scooter models with improved battery technology, extended range, and enhanced connectivity features.
3. Mobile App Development - The mobile app development industry can capitalize on the need for seamless integration between smart scooters and smartphone applications to create user-friendly interfaces, remote control capabilities, and personalized experiences.
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