Volvo autonomous VNL adds Dallas–Oklahoma City lane, targets driverless ops

When will Volvo remove the safety driver from its autonomous VNL trucks?

Volvo Autonomous Solutions expects to remove the safety driver from its commercial autonomous VNL operations within quarters, not years, according to Nils Jaeger, president of Volvo Autonomous Solutions. The company launched its third autonomous lane — Dallas to Oklahoma City — in early May 2026, still operating with a safety driver aboard. "The big thing is to remove the safety driver so that they are fully autonomous," Jaeger said. "We're getting really close. I would say we are more talking about quarters than years."

Third lane joins Texas and Arizona routes

The Dallas–Oklahoma City corridor joins two existing Volvo autonomous lanes already running commercial freight. Volvo Autonomous Solutions (VAS) operates modified VNL tractors equipped with Aurora's autonomous driving system. The new lane marks Volvo's expansion of its direct-to-customer autonomous freight model, in which VAS owns the trucks and contracts directly with shippers rather than selling autonomous hardware to carriers.

What infrastructure does an autonomous truck need at pickup and delivery?

Volvo's direct-to-customer model requires close collaboration with shippers to handle the operational gaps left by removing the driver. "You need to have some kind of landing zone. You need to have some kind of launching zone," Jaeger explained. "You need to have an area where you do inspections of the trucks. You need to be able to pass the gates in and out because usually it's a driver that goes out with the paper today."

Those requirements — dedicated inspection zones, gate-access protocols, and paperwork handoff procedures — represent the non-technical infrastructure that autonomous freight depends on. A shipper accustomed to handing a BOL to a driver at the guard shack must now integrate with Volvo's systems to clear the truck through the gate and confirm load securement without a human in the cab.

Lane expansion timeline accelerates

Volvo expects to open additional autonomous lanes faster than the initial three required. "It doesn't take months or years to open up a new lane," Jaeger said. "It will go fast." The company plans to continue expanding across new geographies as it refines the operational processes that support driverless freight.

The acceleration reflects lessons learned from the first two lanes — mapping, customer integration, and regulatory coordination that took months the first time can now be replicated in weeks. Volvo has not disclosed which lanes will open next or how many autonomous VNLs are currently in commercial service.

Autonomous VNL hardware and Aurora partnership

Volvo's autonomous VNL tractors run Aurora's self-driving stack, which combines lidar, radar, and camera sensors with Aurora's motion-planning software. Volvo Autonomous Solutions is a joint venture between Volvo Group and Aurora Innovation, formed to commercialize Class 8 autonomous trucks. The partnership gives Volvo access to Aurora's sensor suite and software while Volvo supplies the base VNL platform and handles vehicle integration, maintenance, and fleet operations.

The VNL platform was selected for its compatibility with Aurora's hardware mounting points and its existing adoption in long-haul freight. Volvo has not disclosed whether the autonomous VNLs use a standard VNL powertrain or a modified spec optimized for autonomous operation — such as extended service intervals or redundant braking systems.

What removing the safety driver means for fleet economics

Eliminating the safety driver changes the cost structure of autonomous freight. A safety driver currently occupies the seat to monitor the system and take control if the autonomous stack disengages — a regulatory and insurance requirement in most states. That driver is paid but produces no additional operational value once the system is validated. Removing the driver converts that labor cost into margin or allows Volvo to price autonomous freight below driver-operated rates.

The timeline — quarters, not years — suggests Volvo and Aurora believe their system's reliability and their regulatory relationships are close to supporting driverless operation. Texas, where Volvo's first two lanes operate, allows driverless testing under certain conditions. Oklahoma's regulatory posture on driverless commercial trucks is less established, which may explain why Volvo has not yet committed to a specific quarter for driver removal.

Comparison to other autonomous freight pilots

Volvo's third-lane announcement follows Bot Auto's completion of the first fully driverless commercial freight haul in Texas in late April 2026 — a single trip with no safety driver and no remote operator. Bot Auto's milestone demonstrates that driverless freight is technically and legally possible in Texas today, but Volvo's model differs: VAS is building a repeatable commercial service across fixed lanes rather than demonstrating one-off capability.

Other autonomous truck developers — including Kodiak Robotics, TuSimple (prior to its operational pause), and Waymo Via — have announced lane expansions and safety-driver removal timelines over the past two years. Volvo's "quarters" estimate aligns with the industry's general expectation that 2026 and 2027 will see the first scaled driverless freight operations, though no OEM or tech partner has yet removed safety drivers across an entire commercial fleet.

What this means for carriers and owner-operators

Volvo's direct-to-customer model — in which VAS owns the trucks and contracts freight directly — positions Volvo as a competitor to traditional carriers rather than a supplier. Small fleets and owner-operators will not be buying autonomous VNLs from Volvo Trucks North America; they will be competing for freight against Volvo's autonomous fleet on the lanes VAS opens.

That competitive pressure is currently limited to three lanes and a small number of trucks, but Volvo's stated plan to accelerate lane openings suggests the autonomous fleet will scale faster than the industry's initial expectations. Carriers operating Dallas–Oklahoma City, or any future VAS lane, should expect autonomous capacity to enter their pricing environment within the next 12 to 24 months — first with safety drivers at near-parity cost, then without drivers at a structural cost advantage.