World’s largest electric cargo plane can carry up to 400 pounds

The autonomous aircraft has a top speed of 90 mph and a range of 200 miles.
Sign up for the Freethink Weekly newsletter!
A collection of our favorite stories straight to your inbox

California-based startup Pyka has unveiled an autonomous electric cargo plane capable of transporting 400 pounds of cargo 200 miles in less than three hours — opening the door to fast, clean deliveries to remote areas.

The challenge: Getting goods to rural or remote areas is a challenge. Shippers can choose to send cargo via trucks, but depending on how remote the area is, that can take hours or days. Sending it via plane is faster, but also more expensive and worse for the environment.

“We designed this plane to eliminate C02 emissions from the logistics chain.”

Michael Norcia

Drones are a potentially better way to quickly deliver goods to people in remote locations, but most have small payload capacities, and ones that carry more have short ranges — Draganfly’s Heavy Lift drone, for example, can carry 67 pounds, but only for 18 miles.

The electric cargo plane: Pyka has now unveiled the Pelican, an autonomous electric cargo plane with a 200-mile range and a 400-pound cargo capacity. According to Pyka, this makes it the largest zero-emissions cargo plane in the world.

“We designed this plane to eliminate C02 emissions from the logistics chain, while offering a significant speed advantage over ground transportation and operating costs at a fraction of conventional air transportation,” said Pyka CEO Michael Norcia. 

The Pelican electric cargo plane has an estimated per hour maintenance cost of just $14.50.

The specs: With a wingspan of 38 feet, the Pelican is about the size of a small private plane, but without a cockpit — its routes are programmed by a controller on the ground, who oversees the vehicle remotely during flight in case anything goes awry.

The Pelican requires a 200-yard runway for takeoff, but it doesn’t have to be paved — the plane can take off from a dirt or grass airstrip. Once in flight, the electric cargo plane has a cruising speed of 70-90 mph. Fully charging the battery from 10% takes 1-3 hours, depending on the charging infrastructure.

All of the plane’s systems are redundant — if something fails, a backup is in place — and Pyka estimates that the Pelican has a per hour maintenance cost of just $14.50 (the total operating cost would have to factor in the price of electricity and the salary paid to remote operators).

Looking ahead: Pyka plans to lease Pelicans, rather than sell them outright, at an undisclosed price. It says three customers have already placed orders for more than 80 of the aircraft, though Norcia did tell Forbes that only a “minority” of the orders are firm with deposits.

As for what the electric cargo plane might be used for and when it’ll start making deliveries: the one confirmed customer, UK operator Skyports Drone Services, plans to begin flying them daily to islands off the UK coast in the second half of 2023.

“We can now fly significant volumes of cargo long distances.”

Alex Brown

At least some of those flights will be for Open Skies Cornwall, a UK-funded project in which drone operators are delivering mail, medical supplies, and more for people and businesses in Cornwall, a county at the southern tip of the UK.

“To date, we’ve been focused on operations with smaller, high value payloads,” said Alex Brown, director of Skyports Drone Services. 

“The introduction of the Pelican Cargo brings new capabilities and means we can now fly significant volumes of cargo long distances, connecting communities in remote areas and providing a regular, robust form of transport in and out of hard-to-reach areas,” he continued.

We’d love to hear from you! If you have a comment about this article or if you have a tip for a future Freethink story, please email us at [email protected].

Sign up for the Freethink Weekly newsletter!
A collection of our favorite stories straight to your inbox
Related
How Boom is resurrecting supersonic flight
If Boom gets its way, the future of supersonic passenger travel will be quieter, cleaner, and more affordable than its past.
The West needs more water. This Nobel winner may have the answer.
Paul Migrom has an Emmy, a Nobel, and a successful company. There’s one more big problem on the to-do list.
Can we automate science? Sam Rodriques is already doing it.
People need to anticipate the revolution that’s coming in how humans and AI will collaborate to create discoveries, argues Sam Rodrigues.
AI is now designing chips for AI
AI-designed microchips have more power, lower cost, and are changing the tech landscape.
Why futurist Amy Webb sees a “technology supercycle” headed our way
Amy Webb’s data suggests we are on the cusp of a new tech revolution that will reshape the world in much the same way the steam engine and internet did in the past.
Up Next
Google logo on the notification icon
Subscribe to Freethink for more great stories