Aurora Innovation (NASDAQ:AUR) is focused on scaling its autonomous trucking business after reaching what Chief Financial Officer David Maday described as a commercial inflection point. Speaking at an Evercore ISI event, Maday said Aurora is operating driverless trucks on public roads in daily operations, without a driver or safety operator behind the wheel.
Maday said the company launched its second-generation Aurora Driver system earlier this summer, combining its Verifiable AI software with second-generation hardware designed to support commercial scaling. Aurora is also testing third-generation hardware developed with AUMOVIO, while its second-generation hardware is manufactured by Fabrinet.
Fleet and Revenue Targets
The company said its 2026 production allocation is fully committed and that prospective demand for 2027 is two to three times greater than the allocation it expects to deliver. Maday said Aurora’s business-development team has seen growing interest from potential customers, including senior executives at larger and more conservative companies.
Aurora projects approximately $200 million of revenue and positive gross margin in 2027. By 2030, the company expects more than $5 billion in revenue and margins exceeding 60%, with a longer-term objective of roughly 70% margins. It also expects to reach positive free cash flow on a run-rate basis in 2028.
Customer Value Proposition
Maday said Aurora’s commercial case rests on safety, truck utilization and lower operating costs. He cited roughly 5,000 annual U.S. highway deaths from trucking accidents and said autonomous trucks could help address driver shortages and turnover in the freight sector.
The company believes its trucks can operate at roughly twice the utilization of human-driven fleets. On Aurora’s Fort Worth-to-Phoenix route, Maday said a driverless truck can make a round trip in one day that would not be possible under conventional operations. He said Aurora estimates a 20% overall cost reduction from lower driver-related costs, improved fuel efficiency and potentially lower insurance costs over time.
Maday said Aurora is currently seeing about 10% fuel-efficiency gains and believes that figure could rise to 15%, with potential for further improvements through work with vehicle manufacturers. He also said autonomous trucking economics differ from ride-hailing because freight customers can realize total-cost-of-ownership savings under Aurora’s Transportation as a Service model and potentially greater benefits through a Driver as a Service model.
Supply, OEMs and Hardware
Vehicle supply has been a constraint for autonomous trucking companies, Maday said, though he characterized it as an industry-stage issue rather than a permanent bottleneck. Heavy-truck manufacturers must balance investments in autonomous vehicle integration with their existing production, fuel-economy requirements and customer needs, he said.
Aurora is using upfitted trucks as a bridge before broader line-side installation by manufacturers. Maday said the company’s work with Roush to install drive-by-wire systems in International trucks has helped Aurora place more vehicles on the road and demonstrate its product to customers and OEMs.
He said Volvo has been the most outspoken manufacturer regarding production integration, while International and PACCAR remain supportive. Maday added that Aurora expects OEMs to have production-level, line-side autonomous-vehicle installations by 2030, although the timing has taken longer than some observers expected.
Aurora’s arrangement with AUMOVIO is intended to support its capital-light model. Maday said AUMOVIO is co-developing, engineering, manufacturing, financing, servicing and maintaining Aurora Driver hardware kits. Rather than being paid upfront for the hardware, AUMOVIO would receive cents per mile as Aurora’s trucks operate.
- Aurora expects AUMOVIO’s third-generation hardware to reach start of production and full production-part approval process status by the end of 2027.
- Maday said OEMs want fully production-qualified hardware rather than earlier prototype-level systems before expanding line-side installations.
- He said the partnership gives Aurora access to a supplier that can build tens of thousands of kits annually.
Operations and Regulation
Maday said customers will need limited new infrastructure to receive autonomous trucks. Aurora plans to deliver trucks directly to customer endpoints, where sites would generally need Wi-Fi, access to Aurora’s terminal application, standard operating procedures and personnel to receive trucks. Aurora plans to use truck-stop partners for functions such as fueling and vehicle weighing.
For customers, the primary concern is reliability rather than added operational costs, Maday said. Aurora plans to initially provide on-site support as new customer locations begin receiving autonomous trucks, but he said the company expects future endpoint deployments to take less than a week.
On regulation, Maday said California represents a significant opportunity but is not expected to affect Aurora’s near-term allocation plans. He said the company does not currently expect trucks to be allocated to California this year and may have only a small number there next year, pending permitting and broader access for driverless trucking.
Looking ahead, Maday said Aurora’s immediate priority is executing its existing plan: building trucks, receiving Aurora Driver kits, fulfilling customer contracts and delivering operational reliability. He also said the company may explore opportunities outside the United States at a later stage.
About Aurora Innovation (NASDAQ:AUR)
Aurora Innovation, Inc develops autonomous vehicle technology designed to transport people and goods without human drivers. Its core product, the Aurora Driver, combines artificial intelligence, sensors, mapping, and other software and hardware systems to enable automated driving across trucking, ride-hailing, and logistics applications.
The company is initially focused on autonomous trucking, where its technology is intended to support long-haul freight operations and improve safety, efficiency, and vehicle utilization.
