What Amazon's electric truck actually is

Amazon does not make its own electric truck. Instead, the company ordered 100,000 electric delivery vans from Rivian, a separate truck manufacturer, starting in 2019. Rivian built a factory in Illinois and began delivering these vans—called the RivianEdge—to Amazon in 2022. Amazon now uses these vans for last-mile delivery (the final leg of getting packages to your door) in cities across the United States.

The confusion happens because Amazon's name is on the vehicles and Amazon paid for them, but Rivian designs, builds, and maintains them. Think of it the way a delivery company might order custom trucks from Ford or Freightliner—the trucks carry the company's logo, but Ford or Freightliner built the machine.

These are not consumer vehicles you can buy. They exist only to move Amazon packages. But understanding how they work and why Amazon chose electric tells you something about where commercial delivery is heading.

Key Takeaways

  • Amazon ordered 100,000 electric vans from Rivian, a truck manufacturer, and they began arriving in 2022 for package delivery routes.
  • The RivianEdge van has a range of roughly 150 miles per charge, which is enough for a typical Amazon delivery route in urban and suburban areas.
  • Amazon chose electric vans to cut fuel costs and emissions on routes where the truck returns to the same warehouse every day.
  • These vans are not for sale to the public and are only used by Amazon for last-mile delivery.
  • Rivian also makes the R1T and R1S, which are consumer electric trucks you can actually buy, but those are separate from Amazon's fleet.

How the RivianEdge van is built for delivery work

The RivianEdge is purpose-built for what Amazon does every day: stop frequently, carry moderate weight, and return to the warehouse at the end of the shift. It has a 150-mile range on a full charge, which covers most urban and suburban delivery routes without needing to recharge mid-shift. The van carries up to 500 packages (roughly 5,000 pounds) and has a low floor for easier loading and unloading.

The electric motor produces when ready torque, which means the van accelerates quickly from a stop—useful when a driver is making 200+ stops per day. The battery sits low in the chassis, keeping the center of gravity stable even when the cargo area is full. The van also has a smaller turning radius than a traditional delivery truck, which matters on residential streets.

Amazon built charging infrastructure at its warehouses to support the fleet. Drivers plug in overnight or between shifts, so the van is ready for the next route. This works because Amazon controls both the vehicle and the charging point—a luxury that private owners do not have.

Why Amazon switched to electric for delivery

Amazon committed to net-zero carbon emissions by 2040 and made electric delivery vans part of that plan. But the decision was also practical: delivery routes are predictable. A van leaves the warehouse, follows a set route in a defined area, and returns to the same warehouse every evening. The 150-mile range covers this pattern without strain.

Fuel costs matter at scale. Amazon operates hundreds of thousands of delivery vehicles. Electricity is cheaper than diesel per mile, and the price difference adds up across a fleet of 100,000 vans. Maintenance is also lower—electric motors have fewer moving parts than combustion engines, so there are fewer things to break.

The vans also reduce noise and local air pollution in neighborhoods, which improves Amazon's relationship with cities and reduces complaints about delivery traffic. Some cities offer tax incentives or preferential parking for electric commercial vehicles, which Amazon can use.

The difference between Amazon's fleet and Rivian's consumer trucks

Rivian makes two consumer electric trucks: the R1T (a pickup truck) and the R1S (a three-row SUV). Both are sold to individual buyers and are completely separate from the Amazon delivery vans. The R1T and R1S have longer range (around 300+ miles), higher towing capacity, and luxury interiors—features that matter to a person buying their own truck but not to Amazon's delivery operation.

The RivianEdge is stripped down for work. It has no passenger seats beyond the driver and front passenger, no infotainment system, and a utilitarian interior. The goal is to move packages, not to provide comfort or features. The R1T and R1S are the opposite: they prioritize comfort, technology, and capability for owners who use them as personal vehicles.

Rivian's consumer business and Amazon's fleet business are linked financially—Amazon's massive order helped fund Rivian's factory and operations—but they serve different markets and have different designs.

How the charging network supports the fleet

Amazon installed charging stations at its fulfillment centers and delivery stations across the country. These are not public chargers; they exist only for Amazon's fleet. A driver parks the van at the end of the shift, plugs it in, and the battery charges overnight or during breaks between routes.

This model works because Amazon owns the infrastructure and controls when vehicles charge. A private owner buying an electric truck has to find public charging networks or install a charger at home—a much more complicated situation. Amazon avoids that problem by building its own network.

The charging strategy also means Amazon can manage when vans charge to take advantage of cheaper electricity rates at night. This is another cost advantage that a private owner would not have.

What this means for the future of commercial delivery

Amazon's order for 100,000 electric vans signals that large delivery companies see electric as the future for routes that return to a central warehouse daily. Other companies—UPS, FedEx, and regional carriers—are also ordering electric delivery vans, though in smaller numbers. The technology works for this use case, and the economics make sense.

For long-haul trucking (cross-country routes), electric is still years away because the range and charging infrastructure are not there yet. But for last-mile delivery in cities and suburbs, electric vans are already practical and cost-effective. Amazon's fleet is proof of that.

If you see a blue Rivian van with the Amazon smile logo, you are looking at a vehicle that represents a shift in how packages move through cities. It is quieter, cheaper to run, and produces no tailpipe emissions—advantages that matter at the scale Amazon operates.

Frequently Asked Questions

Can I buy a RivianEdge van?

No. The RivianEdge is built only for Amazon and is not sold to the public. If you want a Rivian electric truck, you can buy the R1T (pickup) or R1S (SUV), which are consumer vehicles available through Rivian's website and dealerships.

How long does it take to charge a RivianEdge?

Charging time depends on the charger type. At Amazon's facilities, vans typically charge overnight (8–10 hours) using Level 2 chargers. Fast charging is available but is not the primary method because the vans return to the warehouse at the end of each shift anyway.

Why does the RivianEdge only have 150 miles of range?

150 miles is enough for a typical Amazon delivery route in urban and suburban areas, where the van makes many stops and returns to the warehouse daily. Longer range would require a larger, heavier battery, which would reduce cargo space and increase cost—neither of which Amazon needs for this job.

Are Amazon's electric vans reliable?

The vans have been in service since 2022, and Amazon has not reported widespread reliability issues. Electric motors are simpler than combustion engines, so there are fewer parts to fail. Real-world data will continue to accumulate as the fleet grows.

Will Amazon's electric vans eventually replace all its delivery trucks?

Amazon is targeting 100,000 RivianEdge vans by 2030, but that is only part of its fleet. Longer routes and specialized deliveries will still use traditional trucks for years. The electric vans are best suited to urban and suburban last-mile delivery, which is where Amazon is deploying them first.