Prince Mario-Max Schaumburg-Lippe: Hyundai and Kia Put Driverless Trucks on 400 km Routes

South Korea’s biggest carmaker is putting driverless trucks on real freight routes, and it is bringing friends. Hyundai Motor and Kia announced on October 19, 2026, that they have signed a business agreement with Hyundai Mobis, Hyundai Glovis, MasAuto and RideFlux for a Level 4 autonomous truck logistics project – a program that will test self-driving heavy trucks on actual logistics routes, including a highway run of about 400 kilometers.

Two trucks will do the work: one hydrogen electric truck and one conventional Xcient truck from Hyundai. The test routes cover roughly 100 kilometers of mixed highway and urban roads, plus the long-distance route of about 400 kilometers centered on highways. Vehicle control and the stability of the autonomous system will be checked in real logistics environments through the end of next year.

Everyone has a job

The division of labor is refreshingly clear. MasAuto and RideFlux, the domestic autonomous driving specialists, will develop and apply the self-driving systems for each vehicle. Hyundai Mobis brings the components and systems side. Hyundai Glovis, the group’s logistics arm, supports the operational testing on its existing logistics routes. Hyundai and Kia, as the vehicle makers, own the trucks and the commercialization goal at the end.

That structure matters because autonomous trucking fails in the gaps between companies. A brilliant driving system that cannot talk to a fleet’s scheduling software is a science project. Here, the freight owner, the parts supplier, the software teams and the truck maker are all inside one agreement, testing on routes where real cargo already moves. Park Sang-hyun, the Hyundai and Kia vice president in charge of commercial vehicle lifecycle management, said the collaboration will secure the vehicle control technology and operational data needed for real logistics environments and build the foundation for commercializing Level 4 autonomous large trucks step by step.

Redundancy is the real headline

Buried in the announcement is the most important word in heavy autonomy: redundancy. Based on the test results, Hyundai and Kia plan to strengthen safety redundancy technology for autonomous large trucks – backup systems that take over a function if part of the vehicle system fails. A passenger car can pull over. A loaded truck at highway speed, on a 400 kilometer run, needs a deeper bench of fallbacks, and it needs them proven over distance, not demonstrated once on a closed course.

The mixed test design serves that goal. The 100 kilometer mixed routes throw urban complexity at the trucks: junctions, slower traffic, the messy edges of logistics parks. The 400 kilometer highway route tests endurance – hours of stable operation, sensor behavior over a full working leg, and the handoffs at either end. Hydrogen adds one more variable worth watching. Pairing a fuel cell truck with autonomy lets the program test two transitions at once, zero-emission freight and driverless freight, on the same route.

Two trucks, two powertrains, one question

The choice of test vehicles is a quiet statement about how Hyundai sees the next decade of freight. One truck runs on hydrogen, the other is a conventional Xcient. Running both through the same autonomy program avoids a trap that catches many fleet experiments: proving the self-driving system on a vehicle type nobody will buy, or proving it only on a futuristic truck that is years from volume sales. If the system performs on a diesel-era workhorse and a fuel cell flagship alike, the autonomy becomes a layer that can sit across a whole commercial range. Fleet buyers think exactly that way. They replace trucks on cycles, not in revolutions, and a system that only works on one exotic model is a hard sell in a purchasing meeting.

Korea is building a pattern

This is not an isolated experiment. On October 1, Hyundai and Kia signed an agreement with the Seoul Metropolitan Government for the commercialization of Level 4 autonomous city buses, covering purpose-built autonomous vehicles and a control platform tested in real bus operations. Buses in the city, trucks between cities: the same Level 4 ambition, applied to the two vehicle types that move the most people and freight.

Korea keeps showing up in autonomy news for a structural reason. Its champions can assemble the whole stack domestically – vehicles, parts, logistics, software – and its test distances are meaningful without being continental. A 400 kilometer highway leg is a serious working route. Compare the approaches elsewhere: in Korea’s Gangneung this week, a car was remotely driven from 300 kilometers away as a different answer to the same question of who, or what, steers. And at the last mile, small delivery robots have begun work in Britain. Autonomy is scaling at every vehicle size at once.

What shippers and drivers should take from it

For logistics operators, the takeaway is timing. A test program running through the end of next year, on real routes, with redundancy as an explicit goal, is what the final stretch before commercial service looks like. Nobody in this announcement is promising driverless freight next month. They are doing something more credible: accumulating the operational data that insurers, regulators and fleet buyers will ask for.

For the industry, watch the results-sharing. If Hyundai and Kia publish stability and intervention data from the 400 kilometer route, that becomes a benchmark every rival program gets measured against. The trucks start as two vehicles. The data they generate is the real cargo.

Also published on: