Heavy transport rarely receives the same design attention as passenger cars, even though trucks play a fundamental role in the movement of goods. King Long’s MH hydrogen-electric truck-tractor, also identified in its award submission as Merry Haul, places the working vehicle at the center of a broader conversation about efficiency, autonomy, and industrial form.
The design combines a hydrogen fuel-cell power system with a streamlined body and advanced driver-facing technology. Its creators describe a long-range concept supported by liquid-hydrogen storage and energy-recovery systems, alongside an autonomous-driving approach they call “intensive perception, minimal mapping.”
The truck’s exterior signals that ambition. A smooth, aerodynamic profile, pixel-inspired headlights, and parametrically arranged lighting elements give it a visual language more commonly associated with speculative mobility concepts than conventional freight equipment.
But industrial design is ultimately judged in use. For a vehicle operating across long distances, the most important questions concern reliability, safety, energy infrastructure, serviceability, and the real-world economics of transport. The claimed 1,000-kilometer range is a project specification, not independently verified operational performance.
The cabin’s intelligent systems and configurable driving scenarios point to another challenge: how to make increasingly complex technology legible to the people who must rely on it.
King Long’s project is compelling because it treats the truck as an integrated design problem rather than a machine whose appearance is decided last. The future of freight transport will depend on far more than styling, yet thoughtful design can help connect technical innovation with human use.
Progress is not simply a new power source. It is a new relationship between a vehicle, its operator, and the world it moves through.
International Design Awards 2025 — Product Design of the Year
