A Revolutionary Design by Surge
Surge, a venture under Hero Motocorp's umbrella, recently revealed an exciting addition to the electric vehicle market - the S32. This innovative electric vehicle (EV) offers a unique feature: it can transform from a three-wheeled electric rickshaw to a two-wheeled electric scooter in a matter of minutes. Drawing inspiration from the iconic 'Batmobile' featured in Christopher Nolan's 'The Dark Knight' trilogy, the S32 is designed for dual utility – serving both commercial and personal transportation needs.
Effortless Transformation Mechanism
The transformation from an e-rickshaw to an e-scooter is surprisingly straightforward. At the press of a button, the front windshield rises, revealing the scooter. This transition utilizes a sophisticated spring-loaded mechanism, making the changeover quick and efficient, taking approximately three minutes.
Inside the S32: Comfort Meets Technology
The cabin of the S32 is furnished with various amenities to enhance the driving experience. These include a windscreen, efficient lighting, optional doors for weather protection, LED headlights, indicators, and a digital display for essential information like speed and battery status.
Power and Performance Specifications
When it comes to power, the S32 doesn't disappoint. In its three-wheeler form, the S32 offers a power output of 13.4 bhp, and as a two-wheeler, it provides 4 bhp. The respective battery capacities are 11 kWh for the rickshaw and 3.5 kWh for the scooter. The top speeds are 50 kmph for the rickshaw and 60 kmph for the scooter. Additionally, the rickshaw mode can carry a maximum load of 500 kg, making it suitable for various commercial uses.
A Step Towards Futuristic Urban Mobility
The introduction of the S32 marks a significant milestone in the evolution of urban transportation. Its ability to switch between a commercial vehicle and a personal scooter offers unparalleled versatility. This development is a testament to Surge's commitment to innovative and sustainable transportation solutions, opening new possibilities for efficient and adaptable urban travel.