Overview: On May 8, Afterburner, a publication under MiGFlug, reported that the U.S. startup Pyka successfully completed a fully autonomous flight with its unmanned cargo aircraft, the "Pelican Cargo." The aircraft flew along a route of approximately 200 kilometers in the airspace above central California, with both takeoff and landing performed autonomously by the aircraft, without a pilot or cockpit onboard. The report stated that obtaining FAA Part 135 cargo operation certification is "within reach" for the company.
According to Afterburner, the Pelican Cargo is roughly the same size as a Cessna 172, but it "flies itself": it has no pilot, no cockpit, and not even a second seat for emergency manual override. This flight covered a 200-kilometer route in central California, with takeoff, cruising, and landing all performed autonomously. Furthermore, a 2026 report on the autonomous cargo aircraft market, published by Research and Markets, indicates that these types of aircraft rely on advanced navigation technology, artificial intelligence, and sensors to operate, and can function either completely autonomously or under limited remote supervision.
The core reason for the repeated discussions about pilotless cargo transport is cost. According to Yahoo Tech, the industry is exploring whether pilotless cargo transport can bring the cost of transporting a single package down to below $1,000. At the same time, the startup Aviern also revealed its progress: its autonomous flight software, AviernOS, has accumulated over 150 miles of autonomous flight, and the prototype was designed and completed its first flight in less than two months. However, Aviern also stated that the current tests focus on the control technology itself and cannot yet prove its maturity in heavier aircraft or long-distance cargo transport. The next step is planned for the first quarter of 2027, where they will continue to validate the technology using a small aircraft modified for autonomous flight.
According to an industry review by CharterSync, autonomous and remotely piloted cargo aircraft are seen as one of the ways to reshape logistics. Companies such as Natilus, Dronamics, and Reliable Robotics are developing and testing related solutions, with key benefits including reduced crew costs, support for 24/7 operations, coverage of remote or underserved areas, and improved safety through advanced navigation technology. From a regulatory perspective, according to Afterburner, Pyka's recent autonomous first flight is considered a crucial step towards obtaining FAA Part 135 cargo operation certification. Part 135 is the qualification threshold for commercial cargo operations in the United States, and if approved subsequently, it will provide a basis for the regular commercial operation of pilotless cargo aircraft.
The business logic behind unmanned cargo aircraft is straightforward: reduce pilot costs, achieve continuous operation, and serve smaller airports with infrequent flights. The real determining factor is regulation. By designing aircraft with "no cockpit and no emergency override seat" as a core product feature, Pyka places the entire burden of proof on its autonomous system. The successful first flight simply shifts the question from "can it fly?" to "will it be approved?" The current trend of prioritizing cargo operations while cautiously approaching passenger transport is likely to continue in the short term.