FedEx Autonomous Delivery Air: Current State & Future

FedEx does not currently operate a fully autonomous cargo aircraft in its regular fleet, but it has been actively testing and developing autonomous air delivery technology for years. This article explains what FedEx has actually done so far, what the technology involves, and what the realistic timeline for autonomous air delivery looks like.

Formula

The calculator above works out the average speed of a flight given the total flight time and distance. The formula is:

Speed (km/h) = Distance (km) ÷ (Time (min) ÷ 60)

Where:

• Distance – the total distance flown, in kilometers.
• Time – the total flight time, in minutes.
• Speed – the average speed over the whole flight, in kilometers per hour.

The second output, minutes per kilometer, is simply the inverse: Time (min) ÷ Distance (km).

Worked Example

Using the default values from the calculator: a flight of 800 km in 120 minutes.

1. Convert minutes to hours: 120 ÷ 60 = 2 hours.
2. Divide distance by time: 800 ÷ 2 = 400 km/h.
3. So the average speed is 400 km/h.

The calculator gives the same result: 400.00 km/h. The minutes per km is 120 ÷ 800 = 0.15 min/km.

FedEx’s Autonomous Air Delivery History

FedEx has been involved in autonomous aviation research for over a decade. In 2017, the company partnered with NASA and other organizations to test a prototype autonomous cargo plane. The aircraft, a modified Cessna 208 Caravan, flew a 108-mile route in New Hampshire with a safety pilot on board, but the flight was controlled by an autonomous system from takeoff to landing. That test was part of NASA’s Unmanned Aircraft Systems Integration in the National Airspace System project.

Since then, FedEx has focused more on small drone delivery for last-mile logistics, rather than large autonomous cargo planes. The company has conducted drone deliveries in select markets, but these have been limited and often require human oversight.

How Autonomous Air Delivery Works

Autonomous air delivery systems rely on a combination of sensors, software, and communication links. The core components are:

• GPS and inertial navigation – to know the aircraft’s position and orientation.
• Radar, lidar, and cameras – to detect obstacles, terrain, and other aircraft.
• Autopilot and flight management system – to execute the flight plan and make adjustments.
• Remote monitoring – a human controller can take over if needed, though the goal is to reduce this to a minimum.

For large cargo aircraft, the challenge is not just flying the plane, but also integrating with air traffic control, handling emergencies, and ensuring safety in crowded airspace. That is why most tests still have a safety pilot on board.

Current Status: What FedEx Is Actually Doing

As of 2024, FedEx does not have a fully autonomous cargo plane in commercial service. The company has tested autonomous technology, but it has not received regulatory approval to fly without pilots. FedEx has also invested in drone delivery through partnerships, but these are typically small drones for short-range deliveries, not the large aircraft that carry most packages.

FedEx’s parent company, FedEx Corp., has stated that it is exploring autonomous technology to reduce costs and improve efficiency, but it has not announced a specific timeline for deploying fully autonomous aircraft. The main barriers are regulatory approval, safety certification, and public acceptance.

Regulatory and Safety Challenges

The biggest obstacle to autonomous air delivery is certification. Aviation regulators like the FAA require that any aircraft operating in national airspace meet strict safety standards. For autonomous planes, that means proving the system can handle every possible scenario, from engine failure to bad weather to unexpected air traffic.

There is also the issue of liability. If an autonomous plane crashes, who is responsible? The manufacturer, the operator, or the software developer? These legal questions have not been fully resolved. Additionally, public trust is low – many people are uncomfortable with the idea of a large cargo plane flying without a human pilot on board.

Comparisons with Other Companies

FedEx is not alone in pursuing autonomous air delivery. Other companies, such as Amazon and UPS, have also tested drones and autonomous aircraft. Amazon’s Prime Air has been developing small drones for package delivery, and UPS has a subsidiary called UPS Flight Forward that has received FAA approval to operate drone delivery flights. However, none of these companies has yet deployed a fully autonomous large cargo aircraft.

In the military sector, autonomous cargo planes have been tested more extensively. The U.S. Air Force has experimented with converting small cargo planes to optionally piloted aircraft, but these are still in early stages.

Costs and Benefits

The potential benefits of autonomous air delivery are significant. Removing pilots from cargo planes could reduce labor costs, allow for longer flight times (since crew rest requirements would not apply), and potentially improve safety by eliminating human error. However, the upfront costs are huge – developing and certifying autonomous systems is expensive, and retrofitting existing aircraft is not trivial.

For small drone deliveries, the economics are still unclear. Drones have limited range and payload, so they are only cost-effective for short, light deliveries. FedEx has not disclosed detailed cost figures for its autonomous programs, but industry analysts suggest that the technology is still years away from being commercially viable for large-scale operations.

Frequently Asked Questions

Is FedEx currently using autonomous planes for delivery?

No, FedEx does not currently operate fully autonomous cargo planes in its regular fleet. The company has tested autonomous technology, but it has not been certified for commercial use without pilots.

When will FedEx start autonomous air delivery?

There is no official timeline. FedEx has said it is exploring the technology, but regulatory and safety hurdles mean it is likely to be many years before fully autonomous cargo planes are common.

Does FedEx use drones for delivery?

Yes, FedEx has conducted small drone deliveries in a few locations, but these are limited and often require human oversight. They are not the same as large autonomous cargo planes.

What is the difference between autonomous and remotely piloted aircraft?

An autonomous aircraft flies itself using pre-programmed software and sensors, without a human pilot. A remotely piloted aircraft is controlled by a human from the ground. Many tests involve a safety pilot on board, which is not fully autonomous.

Is autonomous air delivery safe?

Autonomous systems can be very safe in controlled conditions, but they have not yet proven they can handle all unexpected situations as well as a human pilot. That is why regulators are cautious.

Will autonomous air delivery reduce shipping costs?

Potentially, yes – removing pilots and allowing longer flight times could lower costs. But the initial investment is huge, and it is unclear how soon those savings would be passed on to customers.

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in t | Flight time | min | 120 | 0
in d | Distance | km | 800 | 0
out speed | Average speed | km/h | d / (t / 60) | 2
out pace | Minutes per km | min/km | t / d | 2