• DAF and Einride will integrate Einride’s Level 4 autonomous driving technology into DAF’s electric truck platform.
• Testing will begin in 2026, with software integration and commissioning planned for 2027.
• The partners are working with TNO and type approval authorities to prepare the platform for future public-road deployment.

DAF Trucks and Einride are joining forces to develop autonomous electric freight vehicles, bringing SAE Level 4 technology closer to commercial-scale deployment.

The companies will integrate Einride’s autonomous driving system, Einride Driver, into DAF’s premium electric truck platform. The initiative is designed to support large-scale autonomous freight operations as logistics companies face driver shortages, rising costs and pressure to decarbonize transport.

Level 4 automation allows a vehicle to operate independently under predefined conditions without human intervention. In freight operations, that could allow drivers to focus on tasks where human judgement and expertise remain more valuable.

Integration begins on DAF electric platform

DAF and Einride will first work with experts from Dutch research institute TNO to define and test the technical integration.

The work will focus on DAF’s electric truck platform, including models connected to its International Truck of the Year 2026 award. Engineers will establish the interfaces required to support safe and scalable autonomous operations.

Initial tests and validation of key interfaces are scheduled for 2026. Einride’s autonomous driving software will then be integrated and commissioned in 2027.

Further interface validation and functional testing will take place on a DAF truck.

“By leveraging DAF’s decades of manufacturing excellence and market strength, we can expedite the global scale-up of Einride’s autonomous technology,” said Henkrik Green, Chief Technology Officer at Einride. “This collaboration validates our vehicle-agnostic approach to autonomy and brings us one step closer to deploying safe, scalable Level 4 autonomy at commercial scale.”

Regulation becomes central to deployment

The project also places regulatory approval at the center of development.

With support from TNO, DAF and Einride are working with type approval authorities to prepare the platform for future use on public roads.

That regulatory work is critical for autonomous freight companies. Technology can be developed and tested privately, but commercial expansion depends on vehicle approval, safety standards and national rules governing autonomous driving.

For operators and investors, the regulatory pathway will therefore be as important as technical performance.

The partnership also builds on broader autonomous driving work by DAF parent PACCAR. The group has gained experience through its North American Autonomous Vehicle Platform program.

PACCAR is also working with autonomous technology providers as software-defined systems become more central to heavy-duty transport.

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Electric and autonomous freight strategies converge

The partnership combines autonomy with DAF’s expanding electric vehicle portfolio.

DAF offers electric trucks ranging from the 12-tonne XB Electric for urban distribution to the XG and XG+ Electric for longer-distance applications. Its XD and XF Electric trucks were jointly named International Truck of the Year 2026.

Pairing electric drivetrains with autonomous systems could help fleet operators address several pressures at once. These include emissions reduction, operating efficiency, labor availability and vehicle utilization.

“This collaboration is a testament to DAF’s commitment to innovation and future-proofing the logistics sector,” said Jeroen van den Oetelaar, DAF Trucks’ Chief Engineer and member of the board. “By combining our premium truck platform with leading autonomous technology, we are actively shaping a more efficient, safer, and sustainable freight ecosystem.”

What executives and investors should watch

For logistics groups, the commercial case will depend on more than vehicle capability.

Fleet economics, charging infrastructure, regulation and integration with existing logistics networks will determine how quickly Level 4 electric freight can move beyond controlled environments.

The DAF-Einride program provides a defined development timetable, with interface testing beginning in 2026 and deeper integration following in 2027.

For transport executives, the partnership is another indication that electric and autonomous strategies are increasingly being developed together rather than as separate technology tracks.

If regulatory and technical hurdles can be cleared, autonomous electric trucks could become an important part of efforts to reduce freight emissions while improving logistics productivity across major transport markets.