E3 Electric.Ai launches India’s first AI-powered, modular 14-inch wheel EVs for families and delivery, combining smart safety, portable batteries, and futuristic design at an affordable starting price of ₹99,999.
19 Aug 2025 | 8622 Views | By Sarthak Mahajan
E3 Electric.Ai has unveiled two new electric two-wheelers—India’s first built on a shared 14-inch wheel modular platform with integrated artificial intelligence. The launch includes a futuristic family scooter and a rugged crossover delivery moped, both designed for Indian road conditions and priced to be accessible, starting at ₹99,999.
Developed ...
This is an Autocar Pro Plus article. Subscribe to continue reading.
E3 Electric.Ai has unveiled two new electric two-wheelers—India’s first built on a shared 14-inch wheel modular platform with integrated artificial intelligence. The launch includes a futuristic family scooter and a rugged crossover delivery moped, both designed for Indian road conditions and priced to be accessible, starting at ₹99,999.
Developed on the company’s proprietary VOLTCORE™ modular powertrain and TRIAXISFRAME™ chassis, the vehicles share core components such as the frame, powertrain, and portable battery systems. This modular approach is expected to reduce manufacturing, maintenance, and service costs. The entire development cycle—from concept to pre-homologation design—was completed in under seven months, a timeline the company attributes to AI-driven engineering and strong ecosystem partnerships.
The family scooter and delivery moped are equipped with TRIPSENSE™, an AI-powered system that enables users to conduct predictive health checks of the vehicle in about 10 seconds using a smartphone. This feature aims to detect potential issues before they lead to breakdowns. The vehicles also support “Mobile as a Cluster” functionality, allowing seamless integration with Android and iOS devices to deliver over 70 app-based features. These include smart navigation, real-time discovery of charging stations and points of interest, and AI-powered vision alerts for obstacles and potholes.
Battery safety and versatility are addressed through VOLTPORT™ Digital Twin Technology, which monitors more than 200 parameters in real time to ensure safe charging at home, office, or on the go. The portable battery can also double as a mobile power bank for external devices. Smart trip routing uses AI to analyze traffic, weather, and charging availability, providing live updates on remaining range and optimal routes.
To enhance user convenience, the vehicles feature AI-powered service booking that automatically recommends maintenance based on usage and diagnostics, enabling hassle-free scheduling via smartphone. Both models come with 14-inch TrakWheel™ for improved road grip and ride stability, run on the IntelliRideOS™ operating system, and include ergonomic ErgoRide™ seating designed for riders of all heights.
Additional practical features include ParkTron™ for easier parking, RideMate™—an industry-first integrated cradle for children or pets—and real-time fault alerts to keep riders informed. Despite the advanced technology and futuristic design, E3 Electric.Ai has maintained a focus on affordability, with pricing starting at ₹99,999, making it competitive in the growing Indian EV market.
The company has filed 13 patents in EV and AI domains, including one recently granted for “Trip Assurance Using AI for EV.” Customer feedback from early trials indicates high satisfaction with comfort, reliability, and day-to-day usability.
Currently in the pre-homologation phase, the vehicles are undergoing certification with support from SAE International (USA) through its World Manufacturer Identifier (WMI) registration and in alignment with Bureau of Indian Standards (BIS) requirements. Mass production and market rollout are expected within the current financial year.
With this launch, E3 Electric.Ai aims to redefine accessible, intelligent mobility in India, combining modular design, AI integration, and real-world practicality for both personal and last-mile delivery applications.