Amazon's Electric Delivery Truck: The Rivian Partnership and What It Means

Amazon ordered 100,000 electric delivery vans from Rivian, a startup automaker, starting in 2022. These vehicles, called the Rivian Electric Delivery Van (EDV), are purpose-built for last-mile delivery — the final leg of a package's journey to your door. They carry no passengers, run on battery power, and are designed to replace the diesel step vans that have dominated Amazon's fleet for decades.

As of now, these trucks operate in limited cities including Los Angeles, Phoenix, San Francisco, Seattle, and a handful of others. Amazon has stated it aims to have 10,000 of these vehicles on the road by the end of 2024, though the actual rollout has moved slower than originally planned. The trucks are not for sale to the public — they exist only in Amazon's delivery network.

Key Takeaways

  • Rivian's electric delivery van is built specifically for Amazon and operates only in Amazon's delivery fleet, not as a consumer purchase.
  • The vehicle can travel roughly 150 miles per charge, which covers most urban delivery routes without needing to recharge during a shift.
  • Amazon's rollout has been gradual, with thousands deployed across select U.S. cities but not yet nationwide.
  • The trucks produce zero tailpipe emissions and are quieter than traditional diesel vans, reducing noise pollution in residential neighborhoods.

How the Rivian EDV Works in Amazon's Operations

The Rivian EDV is a step van — a boxy vehicle with a large cargo area and a side door for quick package access. It seats one driver and one potential passenger, though most operate with just the driver. The interior is designed around delivery efficiency: shelving, a package scanning system, and climate control for temperature-sensitive items.

Each truck carries a battery pack that provides roughly 150 miles of range per charge. For urban delivery routes, this is typically enough for a full shift without recharging. Amazon operates charging stations at its delivery facilities, so vehicles charge overnight or between shifts. The truck's electric motor produces no exhaust, which matters in dense neighborhoods where delivery vans idle and stop frequently.

Drivers report that the electric vans are quieter and smoother to operate than diesel alternatives, with less vibration and no gear shifting. The lower center of gravity from the floor-mounted battery also improves handling on city streets.

The Cost and Timeline of Amazon's Rollout

Amazon's $1.4 billion investment in Rivian included both the vehicle order and a stake in the company itself. The per-unit cost of each EDV is not publicly disclosed, but industry estimates place it between $55,000 and $75,000 per vehicle — higher than a comparable diesel step van but lower than many other electric commercial vehicles.

The original plan called for 10,000 vehicles deployed by 2024 and all 100,000 by 2030. In practice, the timeline has extended. As of mid-2024, Amazon had deployed roughly 1,500 to 2,000 of these trucks across its network. Rivian has faced manufacturing challenges and supply chain delays, which have slowed production. Amazon has also been cautious about scaling too quickly without proving the vehicles work reliably in its operations.

The company has stated it remains committed to the full 100,000-unit order, but the 2030 important date is now considered optimistic by industry observers.

Where These Trucks Currently Operate

Rivian EDVs are concentrated in major metropolitan areas where Amazon has high delivery volume and where the infrastructure for electric vehicle charging already exists. Cities with active deployments include Los Angeles, Phoenix, San Francisco, Seattle, Denver, and parts of the San Francisco Bay Area. Smaller cities and rural areas have seen limited or no deployment.

Amazon prioritizes routes where the vehicles can complete a full day's deliveries on a single charge and return to a facility with charging infrastructure. Urban and suburban routes fit this profile better than rural ones, where distances between stops are longer and charging stations are sparse.

If you live in a major city, you may have already seen one of these trucks — they are distinctive, with "Amazon" and "Climate Pledge Arena" branding on the side. If you live outside these deployment zones, it will likely be several years before they reach your area, if at all.

Environmental Impact and Emissions Reduction

A single diesel step van produces roughly 5 to 6 tons of carbon dioxide per year, depending on mileage and driving patterns. The Rivian EDV produces zero tailpipe emissions. Over a 10-year lifespan, replacing one diesel van with an electric one eliminates roughly 50 to 60 tons of CO2 from the atmosphere — equivalent to the carbon sequestered by roughly 800 tree seedlings grown for 10 years.

The environmental benefit depends partly on the electricity grid's energy mix in each region. In areas powered largely by renewable energy (like California), the benefit is larger. In regions relying on fossil fuel power plants, the benefit is smaller but still significant because electric motors are more efficient than combustion engines.

Beyond emissions, the electric vans reduce noise pollution. A diesel step van idles at roughly 75 to 80 decibels; an electric van is nearly silent. For neighborhoods with heavy delivery traffic, this reduction in noise is noticeable, especially during early morning or evening hours.

Challenges Amazon and Rivian Face

Battery degradation is a real concern for commercial vehicles that operate daily. Rivian has designed the EDV's battery to retain roughly 80 percent of its capacity after 200,000 miles, which is typical for modern electric vehicles. However, replacing a battery pack costs $10,000 to $15,000, a significant expense for a fleet operator.

Cold weather reduces electric vehicle range by 20 to 40 percent, depending on temperature. This is less of a problem in warm climates like Phoenix and Los Angeles, but it complicates deployment in northern cities. Amazon has been testing the vehicles in colder regions to understand real-world performance before scaling up.

Charging infrastructure remains a bottleneck. Amazon must build or lease charging stations at every facility where these trucks operate. This requires capital investment and coordination with local utilities. In some cities, grid capacity is limited, making it difficult to charge hundreds of vehicles simultaneously.

Frequently Asked Questions

Can I buy a Rivian EDV for my own delivery business?

No. Rivian built the EDV exclusively for Amazon under a custom contract. Rivian does sell other electric vehicles to consumers and businesses — the R1T pickup truck and R1S SUV — but the delivery van is not available for purchase outside Amazon's fleet.

How long does it take to charge a Rivian EDV?

Charging time depends on the charger type. A Level 2 charger (240 volts) takes roughly 8 to 10 hours for a full charge. A DC fast charger can add 200 miles of range in 30 minutes. Amazon uses overnight charging at its facilities, so most vehicles charge during non-operational hours.

What happens if an Amazon driver runs out of battery?

The vehicle's onboard computer alerts the driver when range drops below a safe threshold, typically 20 to 30 miles remaining. Amazon's routing software is designed to may support drivers return to a charging facility before this happens. In rare cases of unexpected delays, Amazon can dispatch a support vehicle or arrange a tow.

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

Amazon has committed to the 100,000-unit order, but this represents only a portion of its total delivery fleet, which numbers in the hundreds of thousands. The company will likely continue using diesel and gas vehicles for routes where electric vans are not yet practical, such as rural areas or long-distance hauls. A full transition will take many years.

Does seeing an electric Amazon truck mean my neighborhood is getting better air quality?

One truck makes a small difference, but the cumulative effect of thousands of electric vehicles does improve local air quality over time. Neighborhoods with high delivery volume will see the most benefit as more diesel vans are replaced. However, air quality depends on many factors beyond delivery vehicles, including traffic, industrial emissions, and weather patterns.