In an interview, Mr. Kapil Bhindi, Founder & Director of Speed Force EV, shares how the company is addressing critical gaps in India’s rapidly growing electric two-wheeler fleet ecosystem. He explains Speed Force EV’s end-to-end approach to fleet servicing, IoT-led intelligence, battery lifecycle management, and pan-India scale, while outlining how organised EV service networks can enable sustainable growth for fleet operators and the country’s expanding gig economy.
Read the full interview here:
AET: India’s electric two-wheeler fleet segment is scaling rapidly, but servicing remains fragmented. What gaps led to the creation of Speed Force EV?
Kapil: While EV adoption in India has accelerated, the supporting ecosystem for fleet servicing, monitoring, and lifecycle management has not evolved at the same pace. This gap has created persistent operational challenges for fleet operators. At Speed Force EV, we identified four critical gaps in the EV fleet ecosystem: fragmented service networks, lack of real-time vehicle and battery visibility, vehicles not designed for high-utilisation commercial use, and the absence of a single partner managing the complete vehicle lifecycle.
As a result, fleet operators were forced to coordinate with multiple vendors for maintenance, batteries, insurance, telematics, and compliance. This fragmentation led to higher downtime, unpredictable operating costs, and sub-optimal asset utilisation. Speed Force EV was created to address these challenges holistically.
We built an end-to-end EV fleet ecosystem that integrates commercial-grade vehicles, IoT-based tracking, predictive maintenance, battery intelligence, and compliance management under one unified platform. Our objective is to remove operational complexity for fleet operators, allowing them to scale efficiently, achieve predictable returns, and focus on growth, while we seamlessly manage the entire EV lifecycle in the background.
AET: Speed Force EV is building a pan-India EV fleet network across 2,000+ pincodes. What challenges have you faced in standardising EV maintenance at scale?
Kapil: Standardising EV maintenance at a national scale is less about technology alone and more about aligning processes, people, and predictability. One of the primary challenges is skill readiness. EV maintenance requires specialised training, yet technician capabilities vary significantly across regions. To address this, we developed centralised SOPs, modular training programmes, and remote diagnostic support to ensure uniform service standards nationwide.
The second challenge is infrastructure inconsistency. Many regions lack EV-ready service facilities. Rather than building infrastructure from scratch, we adopted a partner-led approach by upgrading existing workshops with EV-specific tools, diagnostics, and compliance frameworks aligned to our standards.
Quality consistency at scale is the third major challenge. We address this through IoT-enabled vehicle data, predictive maintenance triggers, and performance benchmarking across our service network. Every service action is digitally tracked, audited, and continuously improved. By combining technology-driven oversight with decentralised execution, we are building a reliable, scalable, and consistent EV fleet maintenance network that makes nationwide fleet electrification operationally viable.
AET: How is IoT-led intelligence helping optimise fleet uptime, predictive maintenance, and cost efficiency?
Kapil: We position Speed Force EV as a tech-first EV fleet operations company. IoT-led intelligence is central to how we deliver high uptime and predictable operating costs for enterprise and gig-economy clients. Through real-time monitoring of battery health, motor performance, thermal behaviour, and rider usage patterns, we enable predictive maintenance rather than reactive repairs.
This data-driven approach significantly reduces breakdowns and unplanned downtime. Vehicles are serviced based on actual performance indicators instead of fixed schedules, which improves asset utilisation and extends vehicle life. For our clients, this translates into higher fleet availability, reduced income loss due to downtime, and lower maintenance costs across geographies.
IoT intelligence also allows fleet operators to scale with confidence. Performance consistency, cost visibility, and proactive issue resolution ensure that fleet operations remain efficient even as deployment increases. By combining technology with operational discipline, we enable scalable, reliable, and data-backed EV fleet operations that meet the demands of high-utilisation commercial use.
AET: How is Speed Force EV strengthening the battery ecosystem for long-term reliability?
Kapil: Battery performance and lifecycle management are critical to EV fleet viability. At Speed Force EV, we have built a robust battery ecosystem through strategic partnerships across manufacturing, swapping, warranty, and insurance. We work closely with OEM-grade battery manufacturers to ensure consistent quality, performance benchmarking, and long-term lifecycle support.
Our partnerships with battery swapping providers enable faster turnaround times and significantly higher fleet uptime, especially on high-utilisation delivery routes. This ensures that vehicles spend more time on the road and less time waiting for charging or battery-related interventions. Additionally, structured warranty and insurance partnerships help protect assets and ensure predictable operating costs for fleet operators.
Together, this integrated battery ecosystem allows us to deliver reliability at scale. By combining quality manufacturing, intelligent diagnostics, quick replacement solutions, and financial protection, Speed Force EV ensures long-term battery performance and operational continuity. Key partners in this ecosystem include Wardwizard Innovations and Mobility Limited, Battery Smart, Ampvolts, and Bluebell Insurance.
AET: How do organised EV service networks impact the sustainability of India’s gig economy?
Kapil: With the rapid growth of e-commerce and quick commerce, last-mile delivery has become the backbone of India’s gig economy. Two-wheelers are no longer optional tools but mission-critical economic assets for millions of gig workers. Recognising the environmental impact of this scale, the Government of India has strongly pushed for electrification of last- and mid-mile deliveries, with several cities already implementing EV mandates.
However, electrification alone is not enough. Sustainability and scalability can only be achieved through organised EV service networks. These networks ensure high vehicle uptime, standardised maintenance, predictable costs, and longer asset life. For gig workers, this directly translates into income stability and reduced operational uncertainty. For enterprises, it ensures reliable fleet performance at scale.
Organised EV service ecosystems transform electric mobility from a policy aspiration into a practical, economically viable solution. By supporting both worker livelihoods and enterprise efficiency, they play a critical role in making India’s gig economy cleaner, more resilient, and future-ready.
AET: What is Speed Force EV’s growth roadmap as India moves toward mass EV adoption?
Kapil: India’s electric two-wheeler segment for last-mile delivery has reached a clear inflection point. Cities such as Mumbai, Pune, Delhi, Bengaluru, Ahmedabad, and Chennai are leading this transition, driven by high delivery density and strong policy intent. Speed Force EV’s growth roadmap is structured in clear phases aligned with this momentum.
Phase one focuses on deploying 15,000 EVs across key metro markets, where utilisation levels are high and operational scale can be achieved rapidly. This phase is already underway. As government policies increasingly push for complete electrification of last- and mid-mile deliveries, adoption will accelerate across Tier 1, Tier 2, and Tier 3 cities.
To support this expansion, we are planning the deployment of an additional 35,000 EVs starting next financial year. This growth will be backed by organised servicing infrastructure, IoT-led intelligence, lifecycle management, and deeper strategic partnerships. We see organised EV fleet ecosystems becoming the backbone of India’s mass electric mobility transition.
