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Volvo and Aurora Roll Out 200-Mile <b>Autonomous</b> Trucking Route in Texas-Oklahoma

Aurora Innovation, Inc. (NASDAQ: AUR) and Volvo Autonomous Solutions (V.A.S.) recently announced the expansion of their autonomous freight network with a new 200-mile route between Dallas and Oklahoma City. The expansion marks a significant milestone as V.A.S. begins hauling freight to customer facilities in Oklahoma City with the Volvo VNL Autonomous integrated with the Aurora Driver. Expanding to New Freight Markets The Oklahoma City program currently supports trips five days a week in supervised autonomy. By logging hundreds of miles, the Volvo VNL Autonomous integrated with the Aurora Driver supports safer, quicker, and more efficient movement of goods, enabling V.A.S. to provide a premium service. By operating directly to customer facilities, V.A.S. can reduce the need for drayage moves and additional handoffs, helping remove complexity from the logistics flow. Customers also benefit from Volvo’s extensive dealer network, robust service support, and proven uptime capabilities, helping them adopt autonomous transport while maintaining efficiency. “Expanding our operations into Oklahoma City and adding customer endpoints is an important step for scaling autonomous transport,” said Sasko Cuklev, Head of On-Road Solutions at Volvo Autonomous Solutions. “Running end-to-end requires a higher level of operational precision and integration, and it further demonstrates how autonomous trucks can operate reliably in real logistics environments. Together with Aurora we are focused on expanding our network and accelerating the adoption of this new and exciting technology.” “Leveraging our technology to open new routes quickly and efficiently is a core part of our strategy,” said Ossa Fisher, President of Aurora. “Aurora and Volvo are firing on all cylinders and our ability to execute together at scale is clear. As Volvo’s most advanced autonomy partner, we are proud to be the first to deploy the Volvo VNL Autonomous across multiple states.” The launch also highlights the maturity of the Aurora Driver to

U-Box Load Share Named Best Sustainability and Climate Protection Service of 2026

U-Box Load Share Named Best Sustainability and Climate Protection Service of 2026 The 24th annual American Business Awards honors U-Haul for helping customers through environmentally responsible program U-Box Load Share was awarded the top Sustainability and Climate Protection Service for 2026. Winners were determined by the highest average scores from more than 250 professionals worldwide who judged entries. U-Haul and other category winners will be honored on June 9 in American Business Awards judges applauded U-Box Load Share’s innovative model and real-world results, describing the program as “an exceptional entry because it addresses high-emission logistics through a ‘people helping people’ community model”; a “well-executed sustainability concept with clear, quantifiable impact”; and “a strong, practical innovation with clear sustainability impact and solid adoption metrics.” One judge stated it was “exciting to see a market-leader think outside the box to drive sustainability and savings across the board.” A Load Share occurs when a family moving its goods in a U-Haul truck agrees to tow a trailer loaded with another family’s portable moving container to the same destination city. The result is a collaboration producing positive results for customers, communities, and the environment simultaneously. Each transaction is monitored and managed by centralized U-Haul personnel. A vetting process is utilized to pre-select potential candidates, with priority on customers with previous rental truck and towing experience. Any cost savings from not needing to contract a 53-foot Class 8 freight tractor-trailer for the U-Box shipment is allocated in three ways: - A discount to the U-Haul truck rental customer’s rate - Lower one-way rates charged to all U-Box customers - Funding newer and safer equipment, and retrofitting existing equipment with improved safety and convenience features Championed by the U-Haul Corporate Sustainability team, U-Box Load Share is neither intended nor designed to make the Company a profit.

Mining beast unlocked: China's massive 248-tonne <b>truck</b> 'crabwalks' through extreme terrain

Driverless K7 mining giant uses sideways ‘crab-walk’ to tackle narrow, risky pits China’s industrial frontier took a dramatic leap forward this week with the official unveiling of the Shuanglin K7 — a colossal, driverless electric-powered mining truck that blurs the line between mechanical brute force and robotic finesse. At nearly 250 tonnes and capable of carrying 158 tonnes per load, the K7 isn’t just another heavy hauler; it’s a behemoth built to defy the most treacherous excavation sites. Onlookers were left astounded as the vehicle demonstrated its ability to “crab-walk” sideways across rugged terrain and turn on a dime — moves once considered impossible for rigs of this scale — thanks to its cutting-edge distributed electric drive, steer-by-wire corner module system. The result of a deep collaboration between Shanghai’s Shuanglin Group and researchers at Tsinghua University, the K7 marries immense payload capability with a level of agility and automation that marks the next leap in mining technology. By dispensing with traditional mechanical steering and embracing an all-electric, wire-controlled corner drive setup, the truck can pivot, shift laterally, and navigate confined pits where conventional trucks would struggle. Dubbed as an "engineering marvel", it isn’t just innovative — it’s revolutionary for autonomous heavy machinery and reflects broader Chinese ambitions to electrify and automate its extractive industries. Its ability to perform lateral moves and pivot on the spot addresses a longstanding industry challenge: the time-consuming and risky manoeuvres traditional trucks face in confined, narrow pits. Beyond its unique manoeuverability, the K7 represents a major leap in intelligent, 24/7 autonomous operations. Its builders say this beast of a truck features a battery-swapping system that allows for continuous work with only five minutes of "downtime", and a regenerative braking system that recovers up to 85% of kinetic energy. Projections suggest that this model could increase

China unveils <b>driverless</b> mining <b>truck</b> that can crab-walk across rough terrain

China unveils driverless mining truck that can ‘crab-walk’ across rough terrain The Shuanglin K7 is the world’s first mining truck capable of moving sideways and pivoting on the spot, allowing it to work in narrow pits Despite a kerb weight of nearly 100 tonnes, this advanced model boasts exceptional manoeuvrability – it can move sideways and pivot on the spot, allowing it to operate in narrow pits and across complex, sloped roadways. At the same time, it offers the hauling capacity and power required for continuous, round-the-clock operation, according to an April 19 report by state-owned newspaper Science and Technology Daily. The vehicle, measuring over five metres (16.4 feet) tall and wide and 13.79 metres long, was unveiled in Shanghai on April 18. Named the “Shuanglin K7”, it was developed through a collaboration between the Shuanglin Group – a Shanghai-based automotive components manufacturer – and Tsinghua University. Traditional mining trucks take a long time to turn around in tight loading areas, a manoeuvre that often creates blind-spot risks. In contrast, the K7 can perform demanding moves such as lateral translation and on-the-spot turns. This is made possible by a technology known as a distributed electric drive-by-wire corner module. The K7 is the world’s first driverless mining truck to use this technology.

Volvo and Aurora Launch <b>Autonomous Truck</b> Route to Oklahoma City | Press Releases

Aurora Innovation, Inc. (NASDAQ: AUR) and Volvo Autonomous Solutions (V.A.S.) today announced the expansion of their autonomous freight network with a new 200-mile route between Dallas and Oklahoma City. The expansion marks a significant milestone as V.A.S. begins hauling freight to customer facilities in Oklahoma City with the Volvo VNL Autonomous integrated with the Aurora Driver. This press release features multimedia. View the full release here: https://www.businesswire.com/news/home/20260504370817/en/ The Volvo VNL Autonomous integrated with the Aurora Driver is now hauling freight to Oklahoma City five days a week (Credit: Aurora) Expanding to New Freight Markets The Oklahoma City program currently supports trips five days a week in supervised autonomy. By logging hundreds of miles, the Volvo VNL Autonomous integrated with the Aurora Driver supports safer, quicker, and more efficient movement of goods, enabling V.A.S. to provide a premium service. By operating directly to customer facilities, V.A.S. can reduce the need for drayage moves and additional handoffs, helping remove complexity from the logistics flow. Customers also benefit from Volvo’s extensive dealer network, robust service support, and proven uptime capabilities, helping them adopt autonomous transport while maintaining efficiency. “Expanding our operations into Oklahoma City and adding customer endpoints is an important step for scaling autonomous transport,” said Sasko Cuklev, Head of On-Road Solutions at Volvo Autonomous Solutions. “Running end-to-end requires a higher level of operational precision and integration, and it further demonstrates how autonomous trucks can operate reliably in real logistics environments. Together with Aurora we are focused on expanding our network and accelerating the adoption of this new and exciting technology.” “Leveraging our technology to open new routes quickly and efficiently is a core part of our strategy,” said Ossa Fisher, President of Aurora. “Aurora and Volvo are firing on all cylinders and our ability to execute together at scale is clear.

Volvo and Aurora Launch <b>Autonomous Truck</b> Route to Oklahoma City

OKLAHOMA CITY--(BUSINESS WIRE)--May 4, 2026-- Aurora Innovation, Inc. (NASDAQ: AUR) and Volvo Autonomous Solutions (V.A.S.) today announced the expansion of their autonomous freight network with a new 200-mile route between Dallas and Oklahoma City. The expansion marks a significant milestone as V.A.S. begins hauling freight to customer facilities in Oklahoma City with the Volvo VNL Autonomous integrated with the Aurora Driver. kAm%9:D AC6DD C6=62D6 762EFC6D >F=E:>65:2] ':6H E96 7F== C6=62D6 96C6i k2 9C67lQ9EEADi^^HHH]3FD:?6DDH:C6]4@>^?6HD^9@>6^a_ae_d_cbf_g`f^6?^Q C6=lQ?@7@==@HQm9EEADi^^HHH]3FD:?6DDH:C6]4@>^?6HD^9@>6^a_ae_d_cbf_g`f^6?^k^2mk^Am kAm%96 '@=G@ '}{ pFE@?@>@FD :?E68C2E65 H:E9 E96 pFC@C2 sC:G6C :D ?@H 92F=:?8 7C6:89E E@ ~<=29@>2 r:EJ 7:G6 52JD 2 H66< WrC65:Ei pFC@C2Xk^Am kAmk6>mtIA2?5:?8 E@ }6H uC6:89E |2C<6EDk^6>mk^Am kAm%96 ~<=29@>2 r:EJ AC@8C2> 4FCC6?E=J DFAA@CED EC:AD 7:G6 52JD 2 H66< :? DFA6CG:D65 2FE@?@>J] qJ =@88:?8 9F?5C65D @7 >:=6D[ E96 '@=G@ '}{ pFE@?@>@FD :?E68C2E65 H:E9 E96 pFC@C2 sC:G6C DFAA@CED D276C[ BF:4<6C[ 2?5 >@C6 677:4:6?E >@G6>6?E @7 8@@5D[ 6?23=:?8 ']p]$] E@ AC@G:56 2 AC6>:F> D6CG:46]k^Am kAmqJ @A6C2E:?8 5:C64E=J E@ 4FDE@>6C 724:=:E:6D[ ']p]$] 42? C65F46 E96 ?665 7@C 5C2J286 >@G6D 2?5 255:E:@?2= 92?5@77D[ 96=A:?8 C6>@G6 4@>A=6I:EJ 7C@> E96 =@8:DE:4D 7=@H] rFDE@>6CD 2=D@ 36?67:E 7C@> '@=G@’D 6IE6?D:G6 562=6C ?6EH@C<[ C@3FDE D6CG:46 DFAA@CE[ 2?5 AC@G6? FAE:>6 42A23:=:E:6D[ 96=A:?8 E96> 25@AE 2FE@?@>@FD EC2?DA@CE H9:=6 >2:?E2:?:?8 677:4:6?4J]k^Am kAm“tIA2?5:?8 @FC @A6C2E:@?D :?E@ ~<=29@>2 r:EJ 2?5 255:?8 4FDE@>6C 6?5A@:?ED :D 2? :>A@CE2?E DE6A 7@C D42=:?8 2FE@?@>@FD EC2?DA@CE[” D2:5 $2D<@ rF<=6G[ w625 @7 ~?\#@25 $@=FE:@?D 2E '@=G@ pFE@?@>@FD $@=FE:@?D] “#F??:?8 6?5\E@\6?5 C6BF:C6D 2 9:896C =6G6= @7 @A6C2E:@?2= AC64:D:@? 2?5 :?E68C2E:@?[ 2?5 :E 7FCE96C 56>@?DEC2E6D 9@H 2FE@?@>@FD ECF4<D 42? @A6C2E6 C6=:23=J :? C62= =@8:DE:4D 6?G:C@?>6?ED] %@86E96C H:E9 pFC@C2 H6 2C6 7@4FD65 @? 6IA2?5:?8 @FC ?6EH@C< 2?5 2446=6C2E:?8 E96 25@AE:@? @7 E9:D ?6H 2?5 6I4:E:?8 E649?@=@8J]”k^Am kAm“{6G6C28:?8 @FC E649?@=@8J E@ @A6? ?6H C@FE6D BF:4<=J 2?5 677:4:6?E=J :D 2 4@C6 A2CE @7 @FC DEC2E68J[” D2:5 ~DD2 u:D96C[ !C6D:56?E @7 pFC@C2] “pFC@C2 2?5 '@=G@ 2C6 7:C:?8 @? 2== 4J=:?56CD 2?5 @FC 23:=:EJ

Congress Actively Considers a Way to Make Our Roads More Dangerous | RealClearMarkets

The U.S. has two primary modes of freight transportation. The first killed nearly 5,500 Americans in 2023, increasing 43 percent over the past decade, accounting for over 80 percent of all freight-related deaths. The second killed five—not five thousand, not five hundred—just five. The first is large trucks, the second is rail. In its infinite wisdom, Congress is considering enacting costly legislation focused on reducing the latter number—and has no plans to address the former. As Congress prepares to reauthorize surface transportation programs before the September 2026 deadline, the recently reintroduced Railway Safety Act would impose billions of dollars in new prescriptive mandates on freight rail, including a two-man crew minimum. Simultaneously, Congress is actively debating whether to allow autonomous trucks on our highways, which is a considerably more complex and dynamic system for autonomous vehicles. The Railway Safety Act is best seen as a direct response to the East Palestine, Ohio train derailment in February 2023. While the incident was an unsettling and disruptive event for the community, no one died from that derailment. The Norfolk Southern railroad ultimately paid a settlement of more than $600 million to affected residents. The threat of large settlement payouts like what occurred in East Palestine shows why railroads spend enormous sums to promote safety, and the system is working: Rail accidents have dropped 44 percent since 2000, and the Federal Railroad Administration just declared 2025 the safest year in the history of U.S. freight rail. It—rightly—calls the American rail network the safest in the world. Despite these successes, the Railway Safety Act would impose obsolete and costly technology safety mandates despite the fact that the industry has already adopted more effective rail technologies. Safety policy works best when it’s based on data and technological innovation rather than post hoc response to a

Chinese start-up ZYT eyes mass production of semi-<b>autonomous trucks</b> this year

Chinese start-up ZYT eyes mass production of semi-autonomous trucks this year DJI spin-off is providing autopilot systems to six manufacturers, as fuel-saving abilities gain importance amid oil supply shock The Shenzhen-based start-up, a spin-off from drone maker DJI, has formed partnerships with mainland China’s top six heavy-truck makers to produce models fitted with its navigation on autopilot (NOA) systems, with the first deliveries expected as early as the second half of 2026, according to ZYT’s vice-president Yu Beibei. “Trucks, unlike passenger vehicles, are of big economic value to manufacturing and logistics companies,” she said in an interview. “They are willing to pay a premium to own and operate the lorries that prove to be more efficient.” Initial evidence showed the trucks using ZYT’s NOA systems could save 3 per cent on fuel costs a year, according to the company. The NOA systems are classified as either Level 2 (L2) or L2+, requiring drivers to keep their hands on the wheel at all times.

Limestone giant deploys Cat automation

The Elements of Innovation Discovered Metal Tech News - May 4, 2026 As part of a broader strategy to integrate advanced technologies across its global limestone mining operations, Carmeuse is deploying Caterpillar's autonomous haulage solutions at its Drummond Island quarry on the north shores of Lake Huron, Michigan. "We are proud to partner with Caterpillar on this journey into autonomous haulage," said Todd Sheffer, vice president of engineering at Carmeuse. The limestone and lime produced by Carmeuse are industrial materials widely used for cement, concrete, road materials, steelmaking, water treatment, and to reduce soil acidity for agriculture. The company has three large limestone operations on the shores of Lake Huron, including the Drummond Island quarry. To improve safety and operational consistency at Drummond Island, Carmeuse is integrating Cat MineStar Command for hauling across its fleet of 100-ton 777 trucks, alongside complementary MineStar capabilities for loaders and support equipment at the mine site. MineStar enables fully autonomous haul cycles using onboard sensors, GPS guidance, and centralized fleet management systems that coordinate truck movements across the site. The system is designed to reduce human exposure to operational hazards while delivering more predictable production. "Our advanced technology will help take Carmeuse's operations to the next level with greater safety, performance, and positioning for the future," said John Shanahan, senior vice president of resource industries sales, services, and technology at Caterpillar. While autonomous haulage is well established in large-scale mining, adoption in quarries has lagged due to tighter operating environments and smaller production footprints. Carmeuse's deployment highlights the increasing migration of these technologies into industrial mineral operations. "Our autonomous solutions are tackling the quarry industry's most pressing challenges by raising the bar on safety while enabling consistent, efficient production," said Shanahan. For Carmeuse, the autonomous Cat trucks are part of a larger strategy to

This High-Risk AI Stock Could Be a Big Winner in the <b>Autonomous</b> Boom

Today’s issue in preview: - Autonomous vehicle usage is exploding. One high-risk stock to play it. - The most important Iran war news you’re not hearing in the mainstream press - Invest in surging AI power demand like a top hedge fund - Trends tend to persist and our recommendations keep soaring: AI infrastructure stocks, Power Grid Upgrade stocks, and oil stocks register another round of new highs. Autonomous vehicle usage is exploding. One high-risk stock to play it. Credit: Kinwun As you read this, the ROBO Global Robotics and Automation ETF (ROBO) is enjoying a major uptrend and trading near all-time highs. It’s fresh confirmation that the robotics megatrend is in full swing, creating wealth and stock winners as it marches ahead. Regular readers know that the robotics megatrend is one of my highest conviction investment ideas. We are in the early innings of a robotics boom that will deliver advanced industrial robots, humanoid robots, delivery bots, autonomous vehicles, and autonomous air taxis. For the past three years, I’ve urged friends and colleagues to invest in this trend, and I’ve written over a dozen research notes here in Money & Megatrends. Although humanoid robots like Tesla’s Optimus and Figure’s Figure 03 get most of the press (read here for how to invest), don’t forget that “robots on wheels” – aka autonomous vehicles – also are a huge potential market… and thus, a huge potential investment opportunity. In the future, we could have millions of autonomous vehicles driving us around and transporting a wide range of products and raw materials. And if this seems like a crazy forecast to you, just know that Alphabet’s Waymo subsidiary is now delivering over 500,000 fully autonomous rides per week in 10 U.S. cities. In autonomous cars, the competition is intense between Waymo, Uber

AUR Stock In Focus After Massive <b>Driverless Truck</b> Expansion Plan

With year-to-date performance of 57.24% as of April 30 2026, Aurora Innovation, Inc. (NASDAQ:AUR) is among the 10 Under-the-Radar Stocks That Are On Fire Right Now. Aurora Innovation, Inc. (NASDAQ:AUR) is gaining momentum as one of the more closely watched autonomous driving companies, particularly in the commercial trucking segment, where real-world deployment opportunities appear increasingly tangible. On April 30, Aurora announced an expansion of its strategic partnership with Hirschbach Motor Lines that includes a plan for the carrier to own 500 Aurora Driver-powered trucks. The arrangement was outlined in a memorandum of understanding, with final commercial terms and timing expected in binding agreements later this year. If finalized, the agreement would allow Hirschbach to scale its national freight network with 500 million driverless miles while establishing a multi-year revenue stream for Aurora. That development is notable because it shifts the narrative from technology validation toward commercialization and recurring revenue generation. For autonomous vehicle companies, fleet partnerships of this scale are often viewed as a key milestone in proving business viability. Earlier, on April 17, Goldman Sachs analyst Mark Delaney raised the firm’s price target on Aurora Innovation, Inc. (NASDAQ:AUR) to $5 from $4 while maintaining a Neutral rating. Though still cautious, the higher target suggests improving confidence in Aurora’s strategic progress. Aurora Innovation, Inc. (NASDAQ:AUR) develops the Aurora Driver, a full-stack autonomous platform integrating lidar, radar, cameras, and software for both trucking and passenger vehicles. Founded in 2017 and headquartered in Pittsburgh, Pennsylvania, Aurora is positioning itself at the intersection of logistics automation and transportation efficiency. The company’s shares have already surged 57.24% year-to-date, highlighting rising investor enthusiasm around companies seen as potential leaders in the next wave of autonomous mobility. While we acknowledge the risk and potential of AUR as an investment, our conviction lies in the belief that

Tesla Semi's 800km Range Set to Transform <b>Autonomous</b> Freight

Tesla (TSLA) recently began mass production of its electric truck "Semi." Beyond being an eco-friendly mode of transport, it is already being hailed as a game changer that could shake up the freight industry. 800km Range: Crossing the Critical Threshold for Electric Trucks The core of the newly mass-produced Tesla Semi is its overwhelming driving performance. The Long Range model can travel approximately 500 miles (800km) on a single charge. Until now, the industry has broadly pointed out that short driving ranges made long-haul freight impossible with electric trucks. But the Semi has broken through this limit with its battery performance. Tesla's next-generation battery technology, the "4680 battery," has been applied. The 4680 battery is a large cylindrical cell measuring 46mm in diameter and 80mm in height, featuring significantly improved energy density compared to existing batteries. Tesla previously announced in 2023 that it would invest $3.6 billion (approximately 5.34 trillion won) to expand its Nevada plant and secure production facilities for the Semi truck and 4680 batteries. Additionally, the battery is designed to last for 1 million miles (approximately 1.6 million km) of driving. This means the truck can operate throughout its entire life cycle without battery replacement. It is expected to dramatically lower maintenance costs, a sensitive issue for truck owners. The industry is paying particular attention to the driving range. 800km covers a significant portion of freight routes within the United States, and in Korean terms, it is equivalent to a round trip between Seoul and Busan. In other words, it has crossed the technical threshold. The Semi is a truck only in appearance, with Tesla's cutting-edge technology applied throughout its interior. First, a 48V architecture has been introduced. Compared to the existing 12V system, it maximizes power efficiency to stably supply energy to various electronic devices in

How RoshAi Is Driving <b>Autonomy</b> In Ports And Mining Operations

Severe driver shortage is an issue not just in population-starved countries like the US, but also those like India, which has no census-shortage, but is still one of the trend's biggest victims. Despite being the world's most populous country, India faces a shortage of 22 lakh skilled drivers according to the World Bank. Younger, digital-native generations view the trucking industry with disdain, opting for less back-breaking, stable and respectable jobs, preferably with set working hours, benefits and pay. But an idle truck is a depleting asset, and the shortage is driving up shipment costs and significant delays in freight transport. This is the problem identified by the founder of RoshAi during the covid pandemic, when driver shortages were exacerbated by lockdown-induced migrations. "I thought to myself, what am I doing automating cars in my backyard when this is the problem my technology is most suitable for right now," the startup's cofounder and CEO Roshy John told Inc42. Launched in 2021, the startup is a brainchild of John and Rajaram Moorth, who after almost a decade of pouring their life savings into researching and developing autonomous vehicle technology and developing prototypes starting from Tata Nanos to BMWs and large trucks, identified the opportunity to launch in the industrial automation space. John met his cofounder and RoshAi CTO Moorthy during his stint at Wipro, and tagged along for the entire ride before RoshAi was finally incorporated five years ago. "I was already working on the prototype for a decade and in 2020, the Covid-19 pandemic halted shipping lines. The driver shortage led to a eureka moment for us and we realise the abundant use cases of driverless vehicles beyond commuting," John told Inc42. Fast forward five years, what started out as a backyard project has now turned into a complete autonomous fleet

Video Are <b>driverless trucks</b> the future of freight transport?

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Robotaxis Can't Run from the Law: New California DMV Rules Allow Police to Ticket <b>Driverless</b> Cars

CA, US & World Robotaxis Can’t Run from the Law: New California DMV Rules Allow Police to Ticket Driverless Cars SAN FRANCISCO, CA — For the first time in California history, autonomous vehicles (AVs) can no longer hide behind their software when they break the rules of the road. New Department of Motor Vehicles regulations, effective today, May 1, allow law enforcement to issue traffic citations directly to the companies operating driverless cars. The updated rules come after a string of high-profile incidents in Northern California, including robotaxis stalling in busy intersections and obstructing emergency vehicles. Under the new framework, if a vehicle like a Waymo robotaxi commits a moving violation, police can issue a notice to the manufacturer. Beyond simple traffic stops, the DMV is tightening the leash on how these companies interact with first responders. A new "30-second rule" requires AV companies to answer calls from police, firefighters, or other emergency officials within half a minute. Companies also face stiff penalties if their vehicles enter active emergency zones. "This is going to force them to do it better," said Ahmed Banafa, an engineering professor at San Jose State University. "This is the only way you can force a company to improve—through accountability." The move toward stricter oversight is being echoed in the State Senate. Senator Dave Cortese (D-San Jose) has introduced Senate Bill 1246, which aims to add even more human guardrails to what he calls "unfinished technology." His bill would mandate specific ratios for remote operators, ensuring there is always a human "near" the car, even if they aren't in the driver's seat. "We want those remote operators to understand California laws just like we’d want a human driver to understand them," Cortese stated. While the AV industry has praised the broader regulations for providing a "clear

<b>Self-driving</b> cars will no longer go scot-free in California as penalties go into effect

For years, California’s streets have hosted a quiet double standard: a human driver caught making an illegal U-turn got a ticket, but a driverless car doing the same thing got away with it, with perhaps a call to the manufacturer. That changes now. The California DMV has announced what it calls the most important autonomous vehicle regulations in the United States. For the first time, self-driving cars can now be formally cited for breaking traffic laws (via Futurism). What exactly can authorities do now? Quite a lot, actually. Under the new rules, authorities can issue a “Notice of AV Noncompliance” directly to manufacturers whenever their autonomous vehicle (AV) commits a moving violation. All the notices add up as a formal paper trail that feeds into the DMV’s permit review process. Beyond traffic citations, AV companies are bound to respond to first-responder calls within 30 seconds, provide access to manual override systems, and comply with emergency geofencing directives (clearing restricted zones within two minutes of being notified). If self-driving carmakers fail to comply, they risk suspension of permits, fleet size restrictions, speed caps, and geographic operation limits, all of which could have a negative effect on the companies’ operations and revenue. Does this affect self-driving trucks, too? The same set of regulations also opens California roads to heavy-duty self-driving vehicles for the first time, with new permits now available for trucks weighing over 10,000 pounds. Aurora, which has been operating autonomous freight trucks in Texas, has welcomed the development. What’s good is that AV companies have until summer 2026 to comply with the new communication, after which, the DMV’s enforcement kicks in. Given that the robotaxi services in America are scaling quickly, establishing a citation system tied directly to operating permits could keep things in check. The regulations, in totality, were

<b>Autonomous trucks</b> are hitting U.S. roads.

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