Scania announced a partnership agreement with Finnish company Ahola Transport to implement new transport technologies on Nordic roads. This marks the first customer agreement in Europe for semi-autonomous truck platooning on public roads, according to the comanies. The partnership will also focus on developing other new transport technologies related to driver assistance.

Ahola Transport Oyj will use Scania trucks and technology on Finnish motorways to test semi-autonomous platooning formations with three or more connected trucks. During these tests, all trucks will have drivers in them. However, the driver in the first truck controls the entire platoon, and the following trucks are driven autonomously.

Hans Ahola, CEO of Ahola Transport, added, "For us it is important to enhance our drivers' work situation with the help of new technology. The planned solutions also help us to meet customer expectations for faster deliveries and environmental targets. Our association with Scania started with the first truck back in 1959, and we are pleased to extend cooperation to new solutions."

In combination with platooning, new driver assistance functions will reportedly enable on-time delivery through optimized route planning and speeds for improved transport efficiency. The lower drag achieved through platooning reduces fuel consumption and thereby carbon emissions.

These new technologies also have the potential to enhance the role of the truck driver. Since the lead truck controls the platoon, drivers in following trucks can, for example, perform administrative tasks. With more flexible regulations for driving time and rest periods, this could open increased opportunities for long-haulage drivers to return home instead of sleeping in the truck.

"Ahola Transport is a progressive company that has embraced digitalization to optimize its transport operations and route planning," said Anders Dewoon, director of New Business Solutions at Scania. "With partners such as Ahola Transport, we can together test new technologies that will form part of a future transport ecosystem and verify that it is both effective and safe."

Visit for more information.