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Home » Blog » Amazon India Surpasses 10,000 EV Milestone Ahead of Schedule, Accelerating Sustainability Push
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Amazon India Surpasses 10,000 EV Milestone Ahead of Schedule, Accelerating Sustainability Push

Sunita
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Sunita
Last updated: 10 September 2025
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Amazon surpasses 10,000 EVs in India, targets 100,000 vans by 2040 to accelerate global fleet growth & net zero goals

Contents
  • A Global Climate Strategy Anchored in EVs
  • Building Charging Infrastructure at Scale
  • Prime Air and Drone Sustainability
  • Electrification On-Site and in Heavy Transport
  • Challenges on the Road to Scale
  • India at the Heart of Amazon’s Sustainability

Amazon India has achieved a major milestone by deploying more than 10,000 electric vehicles (EVs) in its delivery fleet in 2024 — a full year ahead of its 2025 target. This achievement underscores Amazon’s commitment to decarbonising logistics and advancing its 2040 net-zero carbon goal.

A Global Climate Strategy Anchored in EVs

Amazon’s sustainability roadmap places transportation electrification at the core of its climate strategy. The company is focused on optimising its logistics network to reduce unnecessary transport, accelerating the shift to EVs where feasible, and exploring lower-carbon fuel solutions for segments not yet ready for electrification.

With millions of packages delivered daily across the globe, vehicle electrification is a critical lever in Amazon’s decarbonisation efforts. The company has committed to deploying at least 100,000 electric delivery vans globally by 2030, with 10,000 in India by 2025.

In 2024, Amazon rapidly expanded its fleet to more than 31,400 electric vans worldwide, including 24,000 from Rivian, up from 19,000 the previous year. Globally, EVs enabled Amazon to deliver 1.5 billion packages in 2024 alone.

Kara Hurst, Chief Sustainability Officer at Amazon, said:

“The diverse nature of our business allows us to test new sustainability solutions across industries. When we discover a solution in one area, we can quickly adopt it across our business, helping us move faster toward our sustainability goals.”

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She added, “The path to being a more sustainable company will never be linear. While we are firm on our goals, our approach will continuously evolve with emerging challenges and opportunities.”


Building Charging Infrastructure at Scale

The rapid scale-up of EVs requires robust charging infrastructure. In 2024 alone, Amazon installed 11,770 new chargers, bringing its total to 24,000 chargers across 50 delivery stations, creating the largest private charging network in the US.

Similar projects are underway across Europe and Asia, ensuring that future fleet expansion runs smoothly without disruption.

Amazon is also electrifying its middle-mile network — the segment that connects fulfilment centres to delivery hubs. This includes light, medium, and heavy-duty electric goods vehicles (eHGVs).

In early 2025, Amazon announced its largest order of zero-tailpipe-emission trucks with over 200 Mercedes-Benz eActros 600 vehicles for its European operations. Once deployed, these trucks are expected to transport 338 million packages annually. By the end of 2025, 300 middle-mile EVs will operate in the UK, followed by Germany in 2026.


Prime Air and Drone Sustainability

Amazon’s sustainability efforts also extend into Prime Air, its electric drone delivery service, designed with safety and innovation at its core.

  • Drones fly between 115 and 400 feet, avoiding ground obstacles and conventional air traffic.
  • The system includes a Safe Contingent Landing (SCL) feature, enabling drones to land safely during unexpected events such as weather changes, emergency air traffic, or technical issues.
  • Equipped with cameras, radar, and advanced perception systems, drones assess surroundings in real time to find safe landing spots.
  • The new MK30 drone underwent rigorous testing, including simulated system failures, confirming its ability to adapt under pressure. SCLs are not emergency events but planned safety measures, demonstrating Amazon’s proactive approach to safe and sustainable aerial logistics.

Electrification On-Site and in Heavy Transport

Beyond last-mile delivery and drones, Amazon is also electrifying on-site vehicles. By 2024, the company had deployed 360 electric yard hostlers across North America, making it one of the world’s largest fleets of this kind. These vehicles move trailers around fulfilment centres, reducing emissions within logistics hubs.

At the same time, Amazon continues to scale heavy-duty transport electrification. Despite technical and cost challenges, the company is pursuing collaborations with governments and private sector partners to expand EV access and infrastructure.

Challenges on the Road to Scale

While Amazon’s progress has been impressive, scaling EV adoption remains complex. Operations vary across regions, each with unique challenges such as land availability, energy dependence, trade policies, financing constraints, and local regulatory environments.

To overcome these barriers, Amazon is:

  • Partnering with policymakers to enable supportive EV policies.
  • Collaborating with private players to strengthen supply chains.
  • Investing in R&D to bring down costs of fleet electrification.

India at the Heart of Amazon’s Sustainability

Amazon’s early completion of its 10,000 EV target in India highlights the country’s central role in its sustainability strategy. With India emerging as one of the fastest-growing EV markets, Amazon’s investment in electrification strengthens both its logistics capabilities and its alignment with national goals on clean mobility.

Looking ahead, the company is expected to continue expanding its EV footprint, building infrastructure, and experimenting with new technologies like drones and heavy-duty e-trucks to further cut emissions.

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What: Eicher has completed a Kashmir-to-Kanyakumari (K2K) endurance run using its fully loaded Eicher Pro X EV commercial truck, positioning the campaign as a real-world validation of electric logistics capability in India. The company claims the vehicle became the first and fastest electric commercial vehicle to complete the route under loaded operating conditions. The Number: The Eicher Pro X EV covered over 4,000 km in six days across diverse terrain and temperature conditions ranging from approximately -2°C to 40°C, while setting four India Book of Records milestones during the journey. The Impact: The Eicher Pro X EV Kashmir Kanyakumari run directly addresses one of the biggest concerns in India’s electric commercial vehicle segment — operational reliability over long distances. The campaign also highlights the growing viability of public charging infrastructure for commercial EV deployment. The Core News VE Commercial Vehicles, through its Eicher Trucks and Buses division, has launched a proof-focused electric mobility campaign centred around the Eicher Pro X EV’s successful Kashmir-to-Kanyakumari expedition. The campaign, branded around the “#XpertHaiTohPossibleHai” initiative, is aimed at demonstrating practical commercial EV readiness instead of relying solely on specification-based marketing claims. The vehicle reportedly completed the Srinagar-to-Kanyakumari route while operating under fully loaded conditions, travelling through highways, plains, ghats, urban corridors, and varying climate zones. Eicher stated that the vehicle depended on public charging infrastructure accessed through the MyEicher App ecosystem during the expedition. The company used third-party validation through the India Book of Records to independently verify route compliance, charging stops, distance covered, and operational conditions. The campaign reflects a broader shift underway in India’s commercial EV industry, where manufacturers are increasingly focusing on operational economics, fleet confidence, uptime assurance, and infrastructure reliability rather than only announcing vehicle launches. Long-haul and mid-mile logistics remain one of the most difficult electrification segments due to concerns around charging availability, payload impact, range predictability, and route downtime. Eicher’s demonstration appears strategically designed to reduce these concerns for fleet operators evaluating electric truck adoption. Breaking Down the Update • The Eicher Pro X EV completed a Kashmir-to-Kanyakumari expedition under loaded commercial operating conditions • The journey covered more than 4,000 km in six days across multiple terrain conditions • Eicher claims the run established four India Book of Records milestones • Public charging infrastructure was used throughout the route via the MyEicher App ecosystem • The campaign focused on proving operational reliability instead of conventional promotional messaging • The route included highways, mountainous regions, urban corridors, and coastal stretches • The initiative targets commercial fleet operators evaluating electric logistics deployment • The campaign aligns with India’s broader decarbonisation and green logistics objectives How Eicher Pro X EV Kashmir Kanyakumari run will help Indian EV Market The Eicher Pro X EV Kashmir Kanyakumari run could become an important reference point for India’s electric commercial vehicle sector because it focuses on real operational validation instead of controlled test conditions. One of the largest barriers to electric truck adoption in India has been fleet operator hesitation around range reliability, charging access, payload capability, and uptime consistency during long-distance movement. By completing a loaded multi-state logistics route using public charging infrastructure, Eicher is attempting to demonstrate that electric commercial vehicles can gradually move beyond short urban delivery applications into more demanding logistics operations. This is particularly important for India’s mid-mile and intra-city freight segments, where electrification potential remains significant but operational confidence is still developing. The campaign also indirectly highlights improvements in India’s charging infrastructure ecosystem. Commercial EV adoption depends heavily on charger availability, route planning tools, energy management systems, and service support networks. Demonstration runs like this help validate ecosystem readiness for fleet operators who typically evaluate vehicles based on total operational efficiency rather than environmental positioning alone. If more OEMs begin showcasing real-world logistics deployment data instead of laboratory claims, the Indian commercial EV sector could move faster toward practical fleet electrification and wider private-sector adoption. Conclusion & Next Steps The Eicher Pro X EV Kashmir Kanyakumari run reflects a growing maturity in India’s electric commercial vehicle market, where operational proof is becoming more valuable than launch announcements alone. The next challenge will involve scaling charging reliability, lowering fleet transition costs, and ensuring consistent uptime performance under commercial deployment conditions. As electric logistics adoption expands, real-world validation exercises like this are likely to become increasingly important for fleet decision-making across India’s freight sector
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