Amazon's electric delivery trucks are real vehicles in limited use, not a widespread fleet yet
Amazon has built and deployed electric delivery trucks, but they are not the primary vehicle for most Amazon drivers. The company's main electric truck is the Rivian Electric Delivery Vehicle (EDV), co-developed with the automotive company Rivian. As of 2024, Amazon has received thousands of these vehicles but has deployed them in a small number of cities — primarily Los Angeles, San Francisco, Seattle, and a handful of other metropolitan areas. The rollout is gradual, and most Amazon delivery routes still use traditional diesel or gasoline vans.
The EDV is purpose-built for last-mile delivery, meaning the final leg of a package's journey from a distribution center to your door. It has a range of roughly 150 miles per charge, which covers a typical delivery route in urban and suburban areas. The truck is smaller than a full-size delivery van, designed to fit city streets and parking spaces more easily than older vehicles. Amazon has stated it plans to add tens of thousands of these vehicles to its fleet over the next several years, but "plan" and "deployed" are different things — the actual number on the road remains a fraction of Amazon's total delivery fleet.
Key Takeaways
- Amazon's Rivian electric trucks are deployed in select cities but represent a small portion of the total Amazon delivery fleet.
- The EDV has a range of approximately 150 miles per charge and is designed for urban and suburban delivery routes, not long-haul transport.
- Drivers of electric delivery trucks still work for Amazon or Amazon Flex partners and follow the same delivery and safety protocols as drivers of traditional vehicles.
- The shift to electric vehicles is part of Amazon's Climate Pledge commitment, but the transition will take years and does not change how packages are delivered to customers.
Why Amazon built its own electric delivery truck
Amazon could have bought electric vans from existing manufacturers, but the company decided to co-develop the Rivian EDV to meet specific needs. Traditional delivery vans — even electric versions from other makers — were not designed for the volume and speed of Amazon's operation. Amazon needed a vehicle that could hold hundreds of packages, open and close quickly for frequent stops, and fit the ergonomics of a delivery driver making 200+ stops per day.
The partnership with Rivian gave Amazon a vehicle built from the ground up for this purpose. The truck has a wide-opening side door, a low step-in height to reduce driver fatigue, and a cargo area organized to make packages straightforward to locate and retrieve. These details matter because a driver's efficiency directly affects Amazon's cost per delivery. A vehicle that saves even a few seconds per stop, multiplied across hundreds of stops, adds up to real time and money.
Amazon also made this investment as part of its Climate Pledge, a commitment to reach net-zero carbon emissions by 2040. The company has faced criticism over its environmental footprint, and electric delivery vehicles are a visible way to address that. However, the business case — efficiency and cost — is equally important to the environmental one.
How the electric truck affects delivery drivers
If you live in one of the cities where the EDV is deployed, your package may arrive in an electric truck instead of a traditional van. From a customer perspective, the difference is minimal — the package still arrives the same way, and the driver still needs a signature or photo confirmation if required. The truck is quieter than a diesel van, which some customers notice, but the delivery process itself does not change.
For drivers, the electric truck presents both advantages and challenges. The vehicle is quieter and produces no tailpipe emissions, which can reduce fatigue on long shifts. The ergonomic design — lower step height, better package organization — can reduce physical strain. However, drivers must plan routes around charging availability, and a dead battery during a shift is a real risk if charging infrastructure is not yet built out in the delivery area. Amazon is installing charging stations at its delivery facilities, but this infrastructure is still being built in most cities.
Drivers are not required to own or maintain the electric truck — it is Amazon's vehicle, and drivers operate it as part of their job. Compensation and working conditions for drivers of electric trucks are the same as for drivers of traditional vehicles, though some drivers report that the learning curve for the vehicle's systems adds stress in the first few weeks.
Charging infrastructure and route planning
The Rivian EDV's 150-mile range is sufficient for most urban delivery routes, but only if the truck starts the day fully charged. Amazon is installing charging stations at its delivery stations and some partner locations, but coverage varies by city. In Los Angeles and San Francisco, where the rollout began, charging infrastructure is more developed. In newer deployment cities, drivers may face longer waits or fewer charging options.
Route planning for electric trucks is more complex than for traditional vehicles. A driver cannot straightforward run out of charge and refuel in five minutes — charging takes time, even with fast chargers. Amazon's routing software accounts for this, but it means some routes may take longer or cover smaller geographic areas than routes in traditional vehicles. This can affect driver pay if compensation is based on stops per hour rather than hourly wages.
Battery degradation is also a factor over time. Like all lithium-ion batteries, the EDV's battery loses capacity with age and use. Amazon warrants the battery for a set period, but drivers and dispatchers need to be aware that range may decrease as the vehicle ages.
The timeline for wider deployment
Amazon has ordered 100,000 Rivian EDVs, with the first deliveries beginning in 2022. However, "ordered" does not mean "on the road." Manufacturing constraints, supply chain delays, and the need to build charging infrastructure have slowed the rollout. As of early 2024, Amazon had deployed several thousand vehicles across a handful of cities. Reaching 100,000 vehicles will take years, not months.
The company has also faced some setbacks. Rivian itself has struggled with production and profitability, which has affected the pace of vehicle delivery to Amazon. Additionally, some cities have raised concerns about the vehicles' performance in cold weather or on steep terrain, which has delayed deployment in certain regions.
Amazon has not announced a firm date for when electric trucks will be the majority of its delivery fleet. The company continues to use traditional vehicles and is unlikely to phase them out entirely, especially for rural routes where charging infrastructure does not exist.
What this means for Amazon customers
For most customers, the shift to electric delivery trucks will be invisible. Packages will arrive on the same schedule, from the same drivers, in the same condition. The main difference is that some deliveries will come from a quieter, zero-emission vehicle instead of a traditional van. If you live in a city with heavy EDV deployment, you may notice the change over the next few years as more electric trucks roll out.
There is no cost to customers, and the change does not affect delivery fees, speed, or service. Amazon is absorbing the cost of the vehicles and infrastructure as part of its long-term investment in its delivery network and environmental commitments.
Frequently Asked Questions
Can I request delivery by electric truck?
No. Amazon does not offer customers the option to choose which type of vehicle delivers their package. The truck assigned to your delivery route depends on Amazon's fleet availability and routing decisions in your area. If you live in a city with EDV deployment, you may receive deliveries from electric trucks, but this is not may provide for every order.
Are electric trucks less reliable than traditional delivery vans?
The Rivian EDV is a new vehicle, so long-term reliability data is limited. Early reports suggest the trucks are performing well in urban environments, but cold weather performance and battery longevity over five to ten years are still being tested. Amazon warrants the vehicles and maintains them, so driver and customer experience should be consistent with traditional vans.
Will electric trucks eventually replace all Amazon delivery vehicles?
Unlikely in the near term. Rural areas lack charging infrastructure, and long-haul routes require vehicles with greater range. Amazon will likely maintain a mixed fleet of electric and traditional vehicles for the foreseeable future. The company's goal is to reduce emissions, not to eliminate traditional vehicles entirely.
Does the electric truck affect delivery speed?
Not significantly. The truck's design and efficiency may offset any time lost to charging considerations. However, in areas where charging infrastructure is limited, some routes may take longer as drivers wait for charging or adjust their route to accommodate battery range.
How much does Amazon's electric truck program cost?
Amazon has not disclosed the total cost of the Rivian partnership or the per-vehicle price. The Rivian EDV is more expensive to manufacture than a traditional delivery van, but Amazon is treating it as a long-term investment in its fleet and environmental goals. Customers do not pay extra for deliveries from electric trucks.