What Amazon's electric trucks are and where you'll see them
Amazon operates a fleet of electric delivery trucks built by Rivian, a company Amazon invested in starting in 2019. These vehicles, called the Amazon Rivian Electric Delivery Vehicle (EDV), are box trucks designed specifically for last-mile delivery — the final leg of a package's journey to your door. They carry packages, not passengers, and run on rechargeable batteries instead of diesel or gasoline engines.
As of 2024, Amazon has deployed these trucks in select U.S. cities including Los Angeles, Phoenix, San Francisco, Seattle, and parts of the Northeast. The company has stated a goal to have 100,000 of these vehicles in operation by 2030, though the actual timeline depends on Rivian's manufacturing capacity and Amazon's logistics needs in each region.
You might see one on your street if you live in or near a major metropolitan area where Amazon operates a delivery station. The trucks are visibly different from standard Amazon vans — they are larger, boxy, and have a distinctive design. They are not available for purchase by the public; they are owned and operated by Amazon or by delivery contractors who work under Amazon's logistics network.
Key Takeaways
- Amazon's electric trucks are purpose-built delivery vehicles made by Rivian, designed to reduce emissions from the last-mile delivery process.
- These trucks are currently operating in major U.S. cities and are gradually expanding to more regions as manufacturing increases.
- The vehicles are owned by Amazon or its delivery contractors, not sold to consumers or small businesses.
- Electric trucks reduce fuel costs and tailpipe emissions compared to diesel vans, though the environmental benefit depends on the electricity grid's power sources in each region.
- Delivery speed and package capacity are comparable to traditional vans, so the switch does not change how or when your packages arrive.
How the trucks are powered and charged
The Rivian EDV runs on a lithium-ion battery pack that stores electrical energy. The truck's range on a single charge varies depending on load, terrain, and driving conditions, but Rivian has stated a range of approximately 150 miles per charge under typical delivery conditions. For a delivery driver making multiple stops in a city, this range covers a full day's route.
Amazon has built charging infrastructure at its delivery stations and partner facilities. Drivers plug in their trucks overnight or between shifts, similar to how fleet operators charge electric buses or garbage trucks. The charging time depends on the charger type — fast chargers can add significant range in 30 minutes to an hour, while standard chargers take several hours. Most Amazon facilities use overnight charging, which fits the delivery schedule since trucks are not in use after evening deliveries.
The cost to charge an electric truck is lower than the cost to fuel a diesel van, which reduces Amazon's operating expenses. However, the electricity cost varies by region and by the time of day the charging occurs. Amazon's charging infrastructure is powered by the local electrical grid, which means the environmental benefit of the truck depends partly on whether that grid uses renewable energy, natural gas, coal, or a mix of sources.
Environmental impact and emissions reduction
Electric trucks produce zero tailpipe emissions — they do not release exhaust fumes while driving. This is the primary environmental benefit and the reason Amazon has invested heavily in the transition. In cities with high delivery density, switching from diesel to electric can measurably reduce local air pollution, particularly in neighborhoods where delivery trucks make frequent stops.
The full environmental picture, called the "lifecycle" or "well-to-wheel" impact, is more complex. Manufacturing the battery requires energy and mining for materials like lithium and cobalt. Charging the truck draws electricity from the grid, which may come from fossil fuels depending on the region. Studies show that even accounting for these factors, electric trucks produce fewer total emissions over their lifetime than diesel trucks in most U.S. regions, and the advantage grows as electricity grids shift toward renewable sources.
Amazon has also committed to carbon neutrality by 2040 under its Climate Pledge, and the electric truck program is one of several initiatives toward that goal. Other efforts include renewable energy investments, packaging reduction, and logistics optimization. The electric trucks alone will not achieve that target, but they are a measurable step.
How this affects delivery drivers and contractors
Delivery drivers operating these trucks experience some differences from diesel vans. The trucks are quieter, produce no engine vibration, and have better climate control in the cabin. They require less maintenance because electric motors have fewer moving parts than combustion engines — no oil changes, spark plugs, or transmission fluid. Over time, this reduces downtime and repair costs for the fleet operator.
Drivers do need to plan their routes around charging availability, though this is typically managed by Amazon's logistics software rather than by individual drivers. A driver's daily route is designed to end at a location where the truck can charge overnight. On longer routes or in areas with limited charging infrastructure, this can require coordination, but Amazon's deployment strategy prioritizes cities where charging is already available or being built.
For independent contractors who operate delivery vans under Amazon's Flex program, these electric trucks are not yet an option. Flex drivers use their own vehicles or rent them. Amazon has not announced plans to provide electric vehicles to Flex drivers, though this could change as the fleet expands and used electric trucks eventually enter the secondhand market.
Cost and economics for Amazon's logistics network
Amazon's investment in Rivian and the electric truck program is substantial. The company committed $440 million to Rivian in 2019 and has continued to fund the partnership. Each electric truck costs more to manufacture than a comparable diesel van, though the price gap has narrowed as production scales up.
The higher upfront cost is offset by lower operating expenses: electricity is cheaper than diesel fuel, maintenance costs are lower, and some regions offer tax incentives or rebates for electric vehicle purchases. Over the lifetime of a truck — typically 5 to 10 years for a delivery vehicle — the total cost of ownership can be competitive with or lower than a diesel alternative, depending on electricity prices and fuel prices in that region.
Amazon's decision to build its own fleet rather than buy off-the-shelf electric vans reflects the company's scale and specific needs. Rivian designed the EDV to fit Amazon's exact specifications: cargo capacity, door design, driver ergonomics, and integration with Amazon's telematics and routing systems. This customization would not be cost-effective for smaller operators, which is why most delivery companies still use traditional vans.
Expansion plans and timeline
Amazon has stated a goal of 100,000 electric trucks by 2030, but this timeline is not may provide. It depends on Rivian's ability to manufacture vehicles at scale, Amazon's capital allocation decisions, and the availability of charging infrastructure in new regions. As of early 2024, Rivian was producing vehicles but at volumes well below the 100,000-per-year rate that would be needed to hit the 2030 target.
The company is also exploring other electric vehicle options. Amazon has ordered electric vans from other manufacturers and is testing different truck sizes and battery configurations. This diversification reduces dependence on Rivian and allows Amazon to match vehicle types to specific delivery routes and regions.
Expansion to smaller cities and rural areas will take longer because charging infrastructure is less developed in those regions. Amazon is likely to prioritize dense urban areas first, where delivery density is highest and charging infrastructure already exists or is being built by utilities and other companies.
How electric trucks compare to other delivery vehicle options
Amazon's fleet includes traditional diesel vans, smaller electric vans from other manufacturers, and increasingly, the Rivian EDVs. Each vehicle type serves a different purpose. Diesel vans remain cost-effective for routes where charging infrastructure is unavailable or where high range is needed. Smaller electric vans work well for dense urban neighborhoods with frequent stops and short distances. The Rivian EDV is optimized for medium-density routes with moderate range requirements.
Hydrogen fuel cell trucks are another emerging technology, but Amazon has not committed to them at scale. Fuel cell vehicles require a different infrastructure (hydrogen refueling stations) and are still more expensive than battery-electric trucks. Some logistics companies are testing fuel cells for long-haul trucking, but for last-mile delivery, battery-electric is currently the dominant technology.
Compared to delivery by bicycle or e-bike, which some companies use in dense urban cores, the Rivian truck carries far more packages and covers larger areas. Compared to drones, which Amazon is also testing, trucks remain far more practical for the volume of packages delivered daily. The electric truck is not a replacement for all delivery methods but rather an evolution of the standard van.
Frequently Asked Questions
Will Amazon's electric trucks deliver my packages faster?
No. The truck's speed and delivery time are comparable to traditional vans. The switch to electric is about reducing emissions and operating costs, not changing delivery speed. Your package will arrive on the same schedule whether it is delivered by an electric or diesel truck.
Can I buy a used Rivian electric truck from Amazon?
Not directly from Amazon. These trucks are fleet vehicles owned by Amazon or its contractors. As they age out of service, some may eventually enter the secondhand market, but this is not a primary sales channel. Rivian does sell electric vans to other businesses and consumers through its own sales channels, though these are different models than the Amazon delivery truck.
How long does it take to charge an Amazon electric truck?
Overnight charging at Amazon facilities typically takes 8 to 10 hours and fully replenishes the battery. Fast chargers can add 100+ miles of range in 30 to 45 minutes, but Amazon primarily uses overnight charging since trucks are not in use after deliveries end for the day.
Do electric trucks work in cold weather?
Yes, but range decreases in very cold temperatures because batteries are less efficient in cold. Amazon has deployed trucks in northern cities including parts of the Northeast and is testing cold-weather performance. Heating the cabin also uses battery power, which reduces range slightly. These factors are accounted for in route planning.
Is Amazon's electric truck program profitable?
Amazon has not disclosed specific profitability figures for the electric truck program. The company views it as a long-term investment in sustainability and cost reduction. Over the lifetime of the vehicles, lower fuel and maintenance costs offset the higher upfront purchase price, but profitability depends on electricity prices, diesel prices, and manufacturing scale — all of which change over time.