What Amazon is doing with electric trucks
Amazon operates a growing fleet of electric delivery vans and trucks, primarily the Rivian Electric Delivery Vehicle (EDV), which the company ordered in large numbers starting in 2019. These are purpose-built vans designed for last-mile delivery — the final leg of getting packages to your door. Amazon has also deployed electric vans from other manufacturers and is testing heavier electric trucks for longer routes, though the Rivian EDV remains the backbone of its electric delivery effort.
The company has committed to reaching net-zero carbon emissions by 2040 and has stated that electric vehicles are central to that goal. As of 2024, Amazon has thousands of these vans in operation across the United States, with rollout continuing in major metropolitan areas. The vans are recognizable by their boxy shape, Amazon branding, and the absence of a traditional engine sound.
This matters to consumers mainly because it affects what delivery looks like in your neighborhood — you may see these vans instead of traditional diesel trucks — and it signals how major logistics companies are moving toward electric fleets. It does not change how you order or receive packages.
Key Takeaways
- Amazon's primary electric delivery vehicle is the Rivian EDV, a purpose-built van designed specifically for package delivery on residential routes.
- These vans are deployed in major U.S. cities and metropolitan areas, with the fleet growing as manufacturing capacity increases.
- Electric delivery vans are quieter and produce zero tailpipe emissions compared to traditional diesel delivery trucks.
- Amazon's electric truck program is part of a broader commitment to reach net-zero carbon emissions by 2040, though the company also uses traditional fuel vehicles for many routes.
The Rivian Electric Delivery Vehicle: specifications and design
The Rivian EDV is a custom-designed vehicle built specifically for Amazon's delivery needs, not a conversion of an existing truck. It has a range of approximately 150 miles per charge, which is sufficient for a typical delivery route that covers 100 to 120 miles in a day. The van seats one driver and is designed with wide cargo doors and a low floor to reduce the time spent loading and unloading packages.
The vehicle is built on Rivian's electric platform and uses a battery pack that can be charged at Amazon's distribution centers or at public charging stations. Charging time varies depending on the charger type — a standard Level 2 charger takes longer than a DC fast charger — but Amazon has been installing charging infrastructure at its facilities to support the fleet.
The EDV is smaller than a traditional Amazon delivery truck and is optimized for urban and suburban routes where most residential deliveries happen. For longer routes or heavier loads, Amazon continues to use traditional trucks and is testing larger electric vehicles, though these are less common in the current fleet.
Where Amazon's electric trucks operate
Amazon has deployed electric delivery vans in major U.S. cities including Los Angeles, San Francisco, Seattle, New York, and other metropolitan areas. The rollout has been gradual, with the company prioritizing regions where charging infrastructure exists and where delivery density is high enough to justify the investment.
The vans are not yet available in all neighborhoods or all delivery zones. Availability depends on whether your local Amazon delivery station has received electric vehicles and whether your delivery route is suitable for the EDV's range and capacity. Rural areas and routes requiring longer distances are still primarily served by traditional vehicles.
You can sometimes request delivery by an electric vehicle through Amazon's app or website, though this option is not universally available. In areas where electric vans operate, you may straightforward receive a package from one without having made a specific request.
Charging infrastructure and operational logistics
Amazon has built charging stations at many of its delivery stations and fulfillment centers to support the electric fleet. These are typically Level 2 chargers (240-volt) or DC fast chargers, depending on the facility. The company has also partnered with third-party charging networks to access public chargers when needed.
A delivery van is typically charged overnight or between shifts at the distribution center. The 150-mile range is designed to cover a full day of deliveries plus a buffer, so most vans return to the facility with enough charge remaining to be ready for the next day. On days with unusually long routes, drivers can use public charging stations, though this adds time to the delivery schedule.
The logistics of managing an electric fleet are more complex than traditional vehicles because charging must be planned into the daily schedule. Amazon has invested in software and infrastructure to track battery levels, plan routes, and may support vans are charged and ready. This is one reason the rollout has been gradual — the company is learning how to operate electric fleets at scale.
Cost and environmental impact
Amazon does not publicly disclose the cost of each Rivian EDV, but industry estimates place the price significantly higher than a traditional delivery van — likely in the range of $50,000 to $70,000 per vehicle before any incentives. The company has received tax credits and grants in some states to offset these costs, though the exact amount varies by location and program.
Operating costs are lower over time because electricity is cheaper than diesel fuel and electric vehicles have fewer moving parts and lower maintenance costs. However, the upfront capital investment is substantial, which is why Amazon is rolling out the fleet gradually rather than replacing all vehicles at once.
From an environmental standpoint, each electric van eliminates tailpipe emissions on its route. The overall carbon benefit depends on how the electricity is generated — a van charged from renewable energy sources has a larger environmental benefit than one charged from a grid powered by fossil fuels. Amazon has stated it is working to increase the renewable energy powering its charging infrastructure.
Timeline and future expansion plans
Amazon ordered 100,000 Rivian EDVs in 2019, with the first vehicles delivered in 2021. The company has stated it aims to have 10,000 electric vans in operation by the end of 2024, though actual deployment has proceeded at varying speeds depending on manufacturing capacity and infrastructure readiness. Rivian has faced production challenges, which has affected the pace of deliveries to Amazon.
Beyond the Rivian EDV, Amazon is testing other electric vehicles for different delivery scenarios. The company has piloted electric trucks for longer routes and is exploring partnerships with other manufacturers to diversify its electric fleet. The long-term goal is for electric vehicles to represent a significant portion of Amazon's delivery operations, though traditional vehicles will likely remain in use for routes where electric vehicles are not yet practical.
The timeline for full fleet electrification is not fixed and depends on factors including battery technology improvements, charging infrastructure expansion, and the cost trajectory of electric vehicles. Amazon has not announced a specific date by which all delivery vehicles will be electric.
How this compares to other delivery companies
UPS, FedEx, and other major delivery companies are also investing in electric vehicles, though at different scales and timelines. UPS has ordered thousands of electric vans from various manufacturers and has set a goal of having 50% of its fleet zero-emission by 2035. FedEx has committed to carbon neutrality by 2040 and is deploying electric vehicles in select markets.
Amazon's partnership with Rivian is notable because it involves a custom-built vehicle designed specifically for delivery, rather than adapting existing commercial vehicles. This approach allows for optimization but also creates dependency on a single manufacturer. Other companies have chosen to work with multiple suppliers to reduce that risk.
The competitive pressure to electrify is real — cities are increasingly restricting diesel vehicles in urban areas, and customer demand for sustainable delivery options is growing. All major logistics companies are moving in this direction, though the pace and scale vary.
Frequently Asked Questions
Can I request delivery by an electric Amazon truck?
In some areas where Amazon operates electric vans, you may see an option in your Amazon app or website to request delivery by an electric vehicle. However, this option is not universally available and depends on whether electric vans serve your delivery zone. Even where available, Amazon may not always be able to fulfill the request depending on route planning and vehicle availability.
How long does it take to charge an Amazon electric delivery van?
Charging time depends on the charger type. A Level 2 charger (240-volt) typically takes 8 to 10 hours for a full charge, while a DC fast charger can reach 80% capacity in 30 to 45 minutes. Most Amazon vans are charged overnight at distribution centers using Level 2 chargers, so charging time is not a constraint during daily operations.
Will electric delivery vans eventually replace all Amazon trucks?
Amazon has not announced a timeline for complete fleet electrification. Electric vans are well-suited for urban and suburban last-mile delivery, but longer routes and heavier loads may require different solutions. Traditional vehicles will likely remain in use for some routes for the foreseeable future, though the proportion of electric vehicles is expected to grow.
Are Amazon's electric vans more reliable than traditional delivery trucks?
Electric vehicles have fewer moving parts and typically require less maintenance than diesel engines, which can improve reliability over time. However, the Rivian EDV is still relatively new in large-scale operation, so long-term reliability data is still being collected. Early reports suggest the vans have performed well, but real-world performance continues to be monitored.
Does Amazon's electric truck program reduce delivery costs for customers?
Amazon does not pass savings from electric vehicle operation directly to customers through lower shipping costs. The company views the investment in electric vehicles as part of its broader sustainability commitment and long-term cost management strategy, but customer pricing is determined by other factors including competition, demand, and service level.