Yes, drones deliver packages today in parts of the United States and several other countries. The service is no longer experimental. Companies like Wing (owned by Alphabet), Zipline, and Amazon Prime Air are running commercial operations that drop off retail products, food, and medical supplies to customers’ homes. That said, drone delivery is still limited to specific metro areas and comes with weight, range, and weather restrictions that keep it far from replacing the delivery truck on your street.
Where Drone Delivery Is Available Now
The largest active drone delivery network in the U.S. is a partnership between Wing and Walmart. Walmart is the first retailer to scale drone delivery across five states: Arkansas, Florida, Georgia, North Carolina, and Texas. Operations are already running in the Dallas-Fort Worth metroplex and metro Atlanta, with deliveries growing threefold over a recent six-month stretch. Wing’s most active customers order by drone about three times a week.
The two companies plan to expand to over 270 drone delivery locations by 2027, covering a corridor from Los Angeles to Miami. New markets include Houston, Orlando, Tampa, Charlotte, St. Louis, Cincinnati, and Miami.
Amazon Prime Air is also live, though on a smaller scale. Amazon plans to expand into Richardson, San Antonio, and Waco in Texas, along with Detroit and Kansas City. Zipline, which built its reputation delivering blood and medical supplies to remote clinics in Africa, now operates drone sites at Walmart stores in Mesquite and Waxahachie, Texas, using a newer aircraft designed to be quieter than a delivery truck. Matternet, based in Mountain View, California, focuses on healthcare and urban logistics, running on-demand aerial delivery for hospitals and e-commerce organizations.
What Drones Can (and Can’t) Carry
Most delivery drones in commercial service handle small, lightweight packages. The items people order tend to be things like over-the-counter medications, snacks, household essentials, and small retail products. Consumer-grade heavy-lift drones can carry up to about 20 pounds, while specialized industrial models like the DJI FlyCart 30 handle up to 66 pounds with roughly 18 minutes of flight time. But the drones used for residential last-mile delivery typically carry far less, often under 5 pounds, to maximize range and battery life.
This means drone delivery works well for grabbing a few things quickly but can’t handle a full grocery order, furniture, or anything bulky. If your package is heavy or oversized, it’s still going on a truck.
How Weather Limits Operations
Weather is the biggest constraint on whether a drone can fly on any given day. Rain is the most limiting factor. A study published in Scientific Reports that analyzed global weather data over a ten-year period found that even light precipitation significantly reduces drone “flyability,” the percentage of hours a drone can safely operate. Wind is the second major factor. For common delivery drones, the greatest improvement in reliability would come from increasing their rain tolerance by just 1 millimeter per hour and their wind resistance by about 11 miles per hour.
In practical terms, this means drone deliveries get paused during storms, heavy rain, or high winds. In cities with frequent afternoon thunderstorms (like many of the Florida and Texas markets where services are expanding), there will be regular windows when drone delivery simply isn’t available. Cold temperatures also affect battery performance, though this is less of a limitation than precipitation in most U.S. markets.
The Regulatory Hurdles
Flying a drone to deliver a package commercially in the U.S. requires FAA certification under Part 135, the same framework that governs air carriers. Operators must obtain an air carrier certificate, secure airspace authorization for every area they want to fly in, and pass a five-phase certification process that includes demonstrating aircraft airworthiness, regulatory compliance, and environmental review under the National Environmental Policy Act.
The trickiest piece is “beyond visual line of sight” (BVLOS) authorization. Standard drone rules require a human operator to keep the aircraft in sight at all times, which obviously doesn’t work for delivery. Companies must obtain specific waivers or exemptions to fly BVLOS, and the FAA grants these on a case-by-case basis. This is a major reason drone delivery expands city by city rather than launching nationwide overnight. Each new market requires its own airspace approvals and community notification process.
Environmental Tradeoffs
One of the selling points of drone delivery is lower carbon emissions, but the advantage depends heavily on what you’re comparing against. A detailed analysis published in Nature found that drones produce less greenhouse gas than diesel delivery trucks in every scenario tested. In the best case, a drone flight path that’s 60% shorter than the truck route with efficient energy use cuts emissions by more than 2 kilograms of CO2 per delivery run compared to diesel.
The picture gets murkier when you compare drones to electric trucks. An electric delivery van uses only about 0.23 kilowatt-hours per kilometer, while a small delivery drone uses at least 0.5 kilowatt-hours per kilometer and potentially much more. For the drone to win on emissions against an electric truck, its route needs to be at least 55% shorter. If the routes are similar in length, the electric truck is actually the greener option. Since drones fly in straight lines while trucks follow roads, drones do tend to cover less distance, but the margin isn’t always large enough to guarantee an environmental benefit over electrified ground vehicles.
What the Experience Looks Like
If you live in one of the active delivery zones, the process is straightforward. You place an order through the retailer’s app, select drone delivery if it’s available for your address, and the drone arrives within minutes. Most services lower the package on a tether or cable from a hovering position rather than landing in your yard. You’ll get a notification when it’s on the way and when it’s been dropped off.
The delivery radius from each drone hub is limited, typically a few miles, which is why companies are building networks of many launch sites rather than a single warehouse per city. Wing and Walmart’s plan for 270 locations by 2027 reflects this reality: covering a metro area requires dozens of small hubs, not one big one. If you’re outside the radius or your address has obstructions like dense tree cover, drone delivery may not be offered to you even if your zip code is technically in a service area.