Can an autonomous electric tractor make Brussels Airport cargo safer and greener?
Brussels Airport began testing Belgium’s first autonomous electric cargo tractor on 24 August, using four controlled routes to assess whether automation can improve ground operations without compromising safety or sidelining workers.
In 30 seconds
- The tractor follows four predefined cargo-zone routes and is limited to 12 km/h in autonomous mode.
- A trained operator remains aboard throughout the controlled trial.
- The vehicle can tow up to four cargo trailers.
- Brussels Airport is working with WFS Cargo and Charlatte Autonom.
began testing an autonomous electric tractor in its cargo zone on 24 August, marking Belgium’s first real-world trial of driverless freight transport at an airport. Working with ground handler WFS Cargo and technology supplier Charlatte Autonom, the airport is running the vehicle on four predefined routes between warehouses and operational areas, with a trained operator aboard at all times. No permanent deployment has yet been approved.
For people and businesses connected to Belgium, the immediate significance lies in Brussels Airport’s role as a major freight gateway and workplace. The tractor can pull as many as four cargo trailers, but its autonomous speed is capped at 12 kilometres per hour and tests take place under controlled conditions outside the busiest periods, according to French-language Brussels broadcaster BX1. Satellite navigation, laser sensors and software developed by France-based Navya Mobility allow it to follow a programmed course and detect obstacles amid mixed airport traffic.
The trial is therefore deliberately narrower than the phrase “self-driving” may suggest. A human remains able to intervene, while WFS Cargo is training several operators to work with the system. Brussels Airport chief executive Arnaud Feist presents the technology as a practical way to strengthen cargo operations while “keeping people at the heart of operations” and maintaining stringent safety standards. The test is intended to establish evidence on efficiency, safety and environmental performance rather than prove that the technology is ready to replace conventional fleets.
That distinction matters because airport ground handling combines repetitive towing work with crowded aprons, tight turnaround times and little tolerance for error. Electrification can remove exhaust emissions from the vehicle itself and reduce ground noise, while automation could make routine journeys more predictable. Yet Brussels Airport has not disclosed the tractor’s electricity consumption, the emissions saved, the cost of the pilot or the criteria it must meet before wider use. Its overall climate value will also depend on charging arrangements and the electricity supplying them.
The Belgian experiment has a wider European purpose. It forms part of , an EU-backed programme led by Brussels Airport that brings together European airports, airlines, research bodies and mobility specialists. The European Commission describes the consortium’s task as developing, testing and deploying technologies for greener airport ecosystems; participating airports include Athens in Greece, Budapest in Hungary and Toulouse in France. EU material puts the programme’s grant at €24.8 million, with demonstrations due to conclude by the end of 2026.
Brussels Airport has already used Stargate to explore electric ground equipment, hydrogen-powered cargo tractors and an autonomous staff shuttle. In 2024, DHL Express introduced 24 electric tractors, loaders and lifts at the airport after testing, showing that electrification is further along than full autonomy. The new tractor joins those strands by asking whether a vehicle can be both battery-powered and capable of navigating operational routes with limited human input.
There are, however, two legitimate readings of that ambition. Brussels Airport and its industrial partners emphasise safer, more efficient and more sustainable logistics, with automation assisting staff. The European Transport Workers’ Federation argues that autonomous transport policy must also account explicitly for employment, training and working conditions. It says highly automated systems will still require people to supervise vehicles, maintain equipment, manage charging and respond to failures. In a separate aviation-safety intervention, the federation stressed that frontline workers’ practical experience is indispensable to regulation.
That labour perspective does not make the pilot inherently threatening, particularly while an operator remains on board. It does mean that technical success alone would be insufficient grounds for expansion. Any later rollout would raise questions about consultation, retraining, responsibility during an incident and whether productivity gains improve working conditions or simply intensify them. The European Parliament has similarly called for meaningful human oversight and worker involvement when automated systems enter workplaces.
Where this is happening
View on map Brussels Airport →The next milestone is the partners’ assessment of how the tractor behaves around people and conventional vehicles on its four routes. Brussels Airport has not announced the test’s end date, a purchase decision or a timetable for unattended operation. Until those details and measurable results emerge, this remains a carefully supervised experiment—not the arrival of a driverless cargo fleet.
What to do
Passengers and residents do not need to change travel plans: the test is confined to four controlled cargo-zone routes and no service disruption or public cost has been announced. Airport and logistics workers should note that a trained operator remains aboard and that this is a trial, not a declared workforce replacement. Cargo companies should watch for Brussels Airport’s evaluation before making procurement or staffing assumptions. The key next step is whether the airport reports measurable safety, reliability or environmental results and decides to extend autonomous operation beyond the pilot routes.
Impact
Regional — The pilot takes place at Zaventem in Flemish Brabant, not within the Brussels-Capital Region. Its direct effects concern the airport’s cargo workforce, logistics companies and nearby communities exposed to ground-level noise and emissions.
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Voices & reactions
What the main actors are doing
Reported positions, summarised — not direct quotationsBrussels Airport and industrial partners
Brussels Airport chief executive Arnaud Feist frames the pilot as a way to explore safer, more efficient and more sustainable cargo operations while “keeping people at the heart of operations”. WFS Cargo’s operator training and the onboard supervisor support the partners’ case that the present test is human-assisted experimentation, not immediate workforce substitution.
European Transport Workers’ Federation
The Brussels-based federation accepts that automation can contribute to transport innovation but says its social dimension must not be overlooked. It stresses that autonomous systems continue to depend on workers for supervision, maintenance, charging and recovery, and argues that frontline expertise, consultation, safety protections and quality retraining must shape deployment.
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