… by Kartik Sharma, Founder of Electric Rickshaw Manufacturing Brand, Jangid Motors
Electric three-wheelers have rapidly become one of the most transformative elements of India’s commercial mobility landscape. What began as a low-cost mode of passenger transport has evolved into a highly adaptable ecosystem supporting logistics, micro-enterprises, and urban delivery networks.
India has emerged as the world’s largest market for electric three-wheelers, recording nearly 6.9 lakh units sold in 2024 alone, according to industry estimates. A growing share of this demand comes from the rising interest in customisable, purpose-built electric rickshaw vehicles that are redefining how cities move goods, fulfil deliveries, and enable small businesses to scale sustainably.
From Passenger Movement to Commercial Mobility
For years, e-rickshaws were recognised primarily as affordable last-mile passenger carriers. But urban India is undergoing a rapid transformation. The growth of e-commerce—now serving over 800 million digital consumers—has created unprecedented pressure on city logistics. Meanwhile, fuel prices continue to rise, congestion has intensified, and businesses across sectors are under constant pressure to optimise operational costs without compromising service quality.
Traditional small commercial vehicles, including scooters, micro-pickups, and mini-vans, often struggle to operate efficiently in dense neighbourhoods, narrow market lanes, or high-traffic urban corridors. Electric three-wheelers, on the other hand, offer a unique combination of low running cost, high manoeuvrability, compact design, and zero tailpipe emissions. These strengths have allowed them to transition naturally into commercial roles that extend far beyond passenger mobility.
This shift brought the industry to an important realisation: a one-size-fits-all vehicle cannot support the diverse and complex needs of India’s commercial sector. As a result, customisation has moved from being a value-add to becoming a fundamental design principle.
Cargo Adaptations: The Backbone of Urban Micro-Logistics
Cargo-focused e-rickshaws are now among the fastest-growing categories in the commercial EV landscape. NITI Aayog projects that electric cargo vehicles could account for nearly 40% of all last-mile urban deliveries in India by 2030. This projected demand has pushed manufacturers to develop structurally stronger, purpose-built cargo platforms.
These modern cargo e-rickshaws are no longer mere conversions of passenger models. They are engineered with reinforced steel chassis, enhanced weight distribution, and heavy-duty suspensions designed to support payloads typically ranging from 300 to 500 kilograms. Motors are tuned for high-torque performance, making them effective in stop-and-go urban conditions. Lithium-ion batteries, equipped with intelligent Battery Management Systems (BMS), improve range reliability while reducing downtime.
For thousands of micro-entrepreneurs, traders, and delivery partners, such vehicles have become indispensable. They enable affordable goods movement across markets, warehouses, and neighbourhoods and reduce the operational burden associated with traditional fuel-based vehicles.
Logistics-Ready E-Rickshaws: Powering India’s Delivery Boom
The meteoric rise of India’s e-commerce sector growing at a steady 15–20% percent annually, has made last-mile delivery one of the most critical components of supply-chain efficiency. In this environment, logistics-specific e-rickshaws have emerged as reliable, cost-effective, and environmentally responsible assets.
These vehicles have evolved into sophisticated commercial machines equipped with insulated compartments, weatherproof enclosures, organised racks, and partitioned spaces that protect goods during transit. Integrated telematics systems allow fleet managers to track routes, monitor battery health, analyse driver behaviour, and schedule preventive maintenance. Collectively, these features enhance uptime and operational predictability.
What makes e-rickshaws particularly suited for logistics is their ability to handle dense delivery routes with 20 to 40 stops per run, all while maintaining exceptionally low operating costs. For delivery companies operating in congested metros, the economics and efficiency of electric three-wheelers make them a strategic choice for scaling last-mile operations sustainably.
Modular Multi-Purpose Three-Wheelers: A New Age of Versatility
A major innovation shaping the industry is the rise of modular electric three-wheelers—vehicles designed around a universal chassis that can support interchangeable upper bodies. This modular approach aligns perfectly with India’s evolving commercial needs, where flexibility and asset utilisation play crucial roles in business sustainability.
A single modular electric three-wheeler can transition from a parcel delivery vehicle to a mobile vending unit, from an insulated food carrier to a waste-collection cart, or from a flatbed utility vehicle to a medical supply transporter. This adaptability dramatically lowers the entry barrier for small business owners, who can use one vehicle to serve multiple income-generating purposes throughout the year.
Such multi-purpose systems are particularly beneficial in markets where demand fluctuates seasonally or regionally. They enable operators to expand services without investing in separate vehicles for each function—maximising revenue potential while minimising capital risk.
The Safety Challenges: An Industry Reality We Must Address
While the growth of customisable e-rickshaws is impressive, the segment has also experienced safety challenges—many stemming from a period of rapid, unregulated market expansion in the early 2010s. At the time, the influx of low-cost, locally assembled vehicles without proper engineering or certification introduced a range of vulnerabilities.
One of the most prevalent issues was structural weakness. Lightweight frames designed solely for passenger transport were often repurposed for cargo use, leading to instability, bending, and even rollover incidents during heavy loading or rough-road operation. Electrical risks also posed significant concerns. Lead-acid batteries, low-quality wiring, and a lack of insulation or BMS controls increased the likelihood of electrical failures, including overheating and short circuits.
Braking systems and steering components on lower-tier models were not built to withstand commercial payloads. Combined with the mixed-traffic environment of Indian roads—where e-rickshaws share space with faster vehicles—these engineering gaps elevated accident risks. Additionally, in many regions, operators entered the market without formal training, leading to unsafe driving behaviour, improper charging practices, and poor vehicle maintenance.
The Industry Response: Safety Becomes Non-Negotiable
Over the past few years, the industry has undergone a significant shift toward prioritising safety. Manufacturers today are building electric three-wheelers with stronger, simulation-tested chassis; reinforced suspensions; and structural frameworks designed for commercial loads. Electrical systems have improved through the widespread adoption of lithium-ion batteries supported by advanced BMS technology, ensuring protection against overheating, voltage surges, and improper charging cycles.
Regulations have also matured. AIS-certified components, national safety standards, and state-level enforcement have collectively improved the quality of vehicles entering the market. Braking systems have gradually shifted from basic mechanical setups to hydraulic or semi-hydraulic assemblies, offering better control for loaded vehicles. Fleet operators and OEMs have also begun investing in telematics-based safety monitoring and structured driver training programs, ensuring safer on-road behaviour.
This evolution represents an important milestone for the sector: safety is no longer negotiable; it is expected.
Conclusion: A Flexible, Safe, and Sustainable Future Ahead
Customisable e-rickshaws are more than a mobility trend they represent a fundamental shift in how India moves goods, serves customers, and supports micro-entrepreneurship. Their blend of adaptability, cost-efficiency, and environmental responsibility positions them at the centre of India’s commercial mobility revolution.
As a manufacturer, I believe the future of this industry will be defined by three pillars: flexibility, as businesses seek to do more with a single vehicle; safety, as regulations and engineering standards continue to strengthen; and intelligent technology, as telematics and battery innovations shape more efficient operations. India’s commercial mobility ecosystem is moving towards a future that is not only electric, but modular, safe, and intelligently designed and customisable e-rickshaws will play a defining role in this journey.
