Uber is shuttering its autonomous truck research division.
Uber Shutters Autonomous Truck Business Division
In a statement, the technology company said it will focus its autonomous vehicle efforts on passenger cars for the foreseeable future.

Uber is ending research on autonomous trucks in order to focus on self-driving cars. The company began its foray into autonomous trucks when it purchased the startup Otto (pictured).
Photo courtesy Uber
At least for now.
That’s the word that came late on July 30 about the San Francisco-based tech company, which is ending research on autonomous trucks in order to focus on self-driving cars.
Uber acquired its autonomous truck business from startup Otto almost two years ago in a move that was widely considered controversial and, at times, proved to be contentious.
The story broke when online technology journal TechCrunch reported on an email from Eric Meyhofer, head of Uber Advanced Technologies group, which stated that, “We recently took the important step of returning to public roads in Pittsburgh, and as we look to continue that momentum, we believe having our entire team’s energy and expertise focused on this effort is the best path forward.
“Rather than having two groups working side by side, focused on different vehicle platforms, I want us instead collaborating as one team,” Meyhofer said in an email to employees reviewed by TechCrunch editors. “I know we’re all super proud of what the Trucks team has accomplished, and we continue to see the incredible promise of self-driving technology applied to moving freight across the country. But we believe delivering on self-driving for passenger applications first, and then bringing it to freight applications down the line, is the best path forward. For now, we need the focus of one team, with one clear objective.”
The move will not affect the Uber Freight business unit, which uses the company’s location-based, ride-location app technology to connect truckers with available freight.
According to TechCrunch, Uber will shut down its San Francisco operations and move employees to Pittsburgh, where its autonomous car research is located. The company said in a statement that it intends to continue to explore autonomous vehicle technology using passenger cars as foundational research units, but will maintain relationships with trucking OEMs as this technology matures.
Uber’s autonomous truck efforts have been hampered by controversy and legal battles since the company acquired the business unit from Otto in 2016. The acquisition later became the subject of an intellectual property lawsuit by Google, citing the role of Anthony Levandowski, the co-founder of Otto, who was a head engineer at Waymo, Google’s self-driving car spinoff, before leaving to concentrate on the new company. Waymo accused Levandowski of taking trade secrets, in the form of photos, schematics, and emails, with him and providing them to Uber. The lawsuit eventually contributed to the resignation of Travis Kalanick, co-founder of Uber, as CEO in 2017.
Uber denies that it ever possessed any of the intellectual property, however, it agreed to settle the suit in February by paying Waymo approximately $245 million, and by promising to never use any of Waymo’s confidential information in any of its products.
Lawsuits weren’t the only forces working against Uber’s autonomous truck research. In March, an Uber autonomous research vehicle was involved in a fatal accident in Tempe, Arizona., resulting in negative press coverage of autonomous vehicle research and a temporary suspension of tests on public roads pending a review of safety procedures.
The company’s decision to suspend research into autonomous vehicles comes a week after the company restarted testing its passenger cars on public roads in Pittsburgh. Currently, the company is running and evaluating self-driving Volvo XC90 vehicles. According to Uber, the vehicles are only being driven manually by humans and under a new set of safety standards that include real-time monitoring of its test drivers and efforts to beef up simulation.
Related: Uber Highlights Self-Driving Truck Hauling Goods Cross Country
More Equipment

SAF-Holland Redesigns Suspension Slider to Save Weight in On-Highway Trailers
SAF-Holland reengineered the UltraLite40 Slider for the ULX40 Mechanical Sliding Suspension and Axle System to reduce weight, improve durability, extend trailer life, and increase payload efficiency.
Read More →
Volvo Teases Next-Gen VNX as Platform Expansion Continues at TMC
Volvo Trucks North America highlighted new connectivity, safety tech and production investments at TMC. The OEM also signaled that a new heavy-haul flagship tractor is coming soon.
Read More →
SAF-Holland Introduces SmartSto System for Safer Tractor-Trailer Uncoupling
The system combines a fifth-wheel air release with stowage for air and electrical connections, helping prevent damage and reducing driver injury risk.
Read More →
SAF-Holland’s BrakeSight Aims to Take the Guesswork Out of Air Disc Brake Maintenance
New Haldex sensor technology from SAF-Holland integrates with telematics systems to give fleets continuous insight into air disc brake condition.
Read More →
Vanair Introduces Solar, Battery Power Ecosystem for Class 8 Trucks
The company’s expanded EPEQ ecosystem includes flexible solar panels, lithium batteries, hydraulic power systems, and a portable fast charger for electric trucks.
Read More →
Phillips Connect Expands Smart Trailer Platform with New Safety, Cargo and Equipment Intelligence
Phillips Connect Smart Trailer enhancements give fleets deeper operational insights from trailers -- even when another provider supplies basic GPS tracking.
Read More →
Accuride Unveils ProShield XGT Aluminum Wheel Coating at TMC
Accuride’s patent-pending surface-coating technology targets filiform corrosion and promises easier cleaning, longer-lasting gloss, and greater durability for aluminum truck wheels.
Read More →
Valvoline, Cummins Extend X15 Oil Drain Intervals to 100,000 Miles
New approval for Valvoline Premium Blue One Solution Gen2 allows fleets running Cummins X15 engines to extend oil drain intervals by up to 25,000 miles -- reaching intervals as high as 100,000 miles.
Read More →
A New Approach to Lighting Reliability
Peterson’s Genesis lighting system and repairable J560 connector target two persistent fleet problems: LED light failures and costly electrical connector downtime.
Read More →
The Hidden Cost of Delaying Truck Replacement
Many fleets extended truck replacement cycles during recent market disruptions. But holding equipment too long can lead to higher repair costs, longer downtime, and new operational risks.
Read More →
