Key takeaways - MAN and its partners plan around €700 million of European service-network investment by 2030. - The company wants almost 80% of customers to be within 30 minutes of a MAN workshop. - Around one third of the investment will go towards electromobility and digitalisation, including battery repairs, technician training and charging. - Priority markets include Germany, Austria, Switzerland, France, the UK, Italy, Poland, Spain and Turkey. The figure is considerably higher than previously announced. MAN committed €300 million to its own network earlier this year, while dealers, service partners and importers have now pledged a further €400 million for their MAN locations across Europe. The investment will be used both to modernise existing locations and add new service points in areas where MAN considers its current geographical coverage insufficient. For transport operators, the most tangible target is a substantial reduction in the distance trucks need to travel for servicing and repairs. MAN says it wants almost four out of five customers to have a journey of less than 30 minutes to their nearest service location. The target is being pursued particularly in Germany, Austria, Switzerland, France, the United Kingdom, Italy, Poland, Spain and Turkey. New sites are expected in especially logistics-intensive regions where existing coverage is not sufficient. Earlier this year, Friedrich Baumann, MAN executive board member for Sales and Customer Solutions, said the company was opening an average of seven new branches a year in these priority markets. MAN argued that proximity to workshops is particularly important in commercial transport because vehicle availability directly affects operators’ businesses. Electric trucks change what a workshop needs to provide The expansion is not simply about putting more conventional workshops on the map. Around one third of the planned investment is earmarked for electromobility and digitalisation, as MAN prepares its
Sep 7, 2026 · via trans.info
JAKARTA - Chinese heavy equipment manufacturer SANY delivered 200 electric haulers and 403 electric wheel loaders to customers in various countries during August 2026. The delivery is part of the expansion of the company's developed line of electric-powered heavy equipment products. SANY announced the shipment via a post on LinkedIn. The company said 200 electric haulers and 403 electric wheel loaders have left its facilities in China to be delivered to customers in various regions of the world. "Our range of electric products continues to grow as more and more customers seek ways to reduce emissions and operate more sustainably," SANY wrote in its post. The company also said it was providing more and more engine options with electric and diesel power so that customers could choose the right tool for their needs. In addition to electric haulers and wheel loaders, SANY is also developing a number of other electrification products. The line includes electric reach stackers, electric semi-trucks, and electric excavators. A number of SANY electric heavy equipment uses large-capacity batteries of up to 550 kWh that can be exchanged. The system is used to support vehicle operations in the construction and mining sectors. SANY is also developing autonomous vehicle technology for heavy equipment. One of the products introduced by the company is the SKT145Ei, a heavy-duty electric-powered hauler truck that was featured at the SANY Global Mining Key Customer Summit in Xi'an. In the transportation vehicle segment, SANY is also working with Pony.ai on a plan to develop 100,000 autonomous electric semi-trucks, which are targeted to be built by 2030. The delivery of 200 electric haulage trucks and 403 electric wheel loaders in August 2026 adds to the number of SANY electrification products that have been marketed to customers in various regions. The English, Chinese, Japanese, Arabic, and
Sep 7, 2026 · via voi.id
Autonomous driving AI technology company RideFlux has joined hands with a commercial vehicle maker to move into cooperation at the mass production stage. RideFlux said on Sept. 7 it signed a memorandum of understanding with Tata Daewoo Mobility to cooperate on developing a Level 2+ driver assistance system for commercial vehicles and Level 4 autonomous driving. A Level 2+ driver assistance system is technology that integrates control of a vehicle’s longitudinal and lateral movements, including lane keeping as well as lane changes, branching and merging, overtaking and passing through toll gates. Under the agreement, the two companies will pursue mass production of a Level 2+ driver assistance system by installing RideFlux’s software for five core highway functions on the vehicle platforms of Tata Daewoo Mobility’s large trucks, Maxen and Kuxen. Tata Daewoo Mobility will provide the vehicle platforms and vehicle control interfaces, while RideFlux will take full responsibility for advanced development of DCAS software, a driver control assistance system that meets the international standard UN R171. RideFlux plans to build a data virtuous cycle structure after mass production application, using real driving data collected from sold vehicles to simultaneously improve Level 2+ performance and verify Level 4, strengthening the reliability of its core autonomous driving technology. Following the country’s first paid autonomous truck freight transport service launched in July with Hanjin, RideFlux has secured a new B2B revenue pillar through this agreement by supplying autonomous driving software to automakers. It is expected to support its recently launched KOSDAQ listing process as it moves away from a business structure centered on government demonstrations and builds a track record of commercialization. Tae-sung Kim (김태성), CEO of Tata Daewoo Mobility, said, "Autonomous driving is a core technology that enhances driver safety and convenience and solves the labor shortages and transport efficiency problems the
Sep 7, 2026 · via digitaltoday.co.kr
RideFlux said on the 7th that it signed a memorandum of understanding with commercial vehicle maker Tata Daewoo Mobility on the 3rd to jointly develop Level 2+ driver assistance systems and Level 4 autonomous driving technology for commercial vehicles. Under the agreement, the two companies will install RideFlux's software covering five core highway functions in Tata Daewoo's Maxen and Gooseon heavy-duty trucks and move toward mass production of a Level 2+ driver assistance system. RideFlux will develop driver control assistance system software that meets the international UN R171 standard and fit it to Tata Daewoo's trucks. The Level 2+ system provides integrated control of a vehicle's longitudinal and lateral movement, including lane keeping, lane changes, merging and diverging, overtaking and passing through tollgates. Once the system reaches mass production, RideFlux plans to build a data feedback loop that uses real driving data collected from vehicles sold to improve Level 2+ performance and validate Level 4 technology at the same time. The companies also laid out plans for fully driverless Level 4 commercial service. RideFlux is discussing with Tata Daewoo a plan to mass-produce fully driverless Level 4 trucks. The two sides will also link their work to the software-defined vehicle architecture of Tata Motors, Tata Daewoo's parent company and the largest commercial vehicle maker in India, to build a foundation for entering the global commercial vehicle market together. "This agreement is a milestone in RideFlux's full-scale expansion into the business-to-business market," RideFlux CEO Park Joong-hee said. "We will achieve both mass-production of Level 2+ systems and commercialization of Level 4 in the global commercial vehicle market."
Sep 7, 2026 · via en.sedaily.com
*This content was translated by AI. Tata Daewoo Mobility announced on the 7th that it signed a memorandum of understanding (MOU) with Rideflux, an autonomous AI software company, at its Gunsan headquarters in Jeollabuk-do on the 3rd to cooperate on developing a Level 2+ driving assistance system for commercial vehicles and commercializing Level 4 autonomous driving. Through this agreement, both companies will jointly develop a Level 2+ driving assistance system based on the large truck 'MAXEN' and medium truck 'KUXEN' platforms. Tata Daewoo Mobility will provide applicable vehicle models, vehicle platforms, and control interfaces, while Rideflux will develop and install core autonomous driving software required for highway driving of commercial vehicles. Both companies will expand their cooperation beyond proving Level 4 autonomous trucks to the full-scale commercialization stage. Tata Daewoo Mobility will review the selection of applicable vehicle models, vehicle modifications, and Yangsan plans, while Rideflux will supply software solutions to establish a roadmap for fully unmanned Level 4 truck Yangsan through gradual technological advancement. Additionally, they plan to pursue cooperation with Tata Motors to enter the global commercial vehicle market. Previously, both companies conducted a Level 4 autonomous driving pilot run based on 'MAXEN' on highways and general roads in Seoul and the Chungcheong region last year. Since July this year, they have been jointly carrying out Korea's first paid freight transport by autonomous trucks on the Hanjin Gunsan–Jeonju–Daejeon route. Kim Tae-sung of Tata DaewooMo Bil-ri-ti (President) stated, "We will expand our cooperation from proving to applying Yangsan vehicles and reviewing commercialization, creating results that solve labor shortages and transportation efficiency issues in the logistics industry." Park Jung-hee, CEO of Rideflux, emphasized, "This agreement will be a milestone extending beyond the government-led proof structure to the private B2B market for finished vehicle Yangsan." <© STARNEWS. All rights reserved. No
Sep 7, 2026 · via starnewskorea.com
While North American fleets continue to drag their fleet on electric, the rest of the world is charging ahead. As if to prove that fact, Chinese equipment brand SANY delivered 200 heavy-duty electric haul trucks and more than 600 electric wheel loaders. In a single month. (!) SANY took to LinkedIn to announce that the heavy equipment brand had shipped 200 electric dump trucks and 403 electric wheel loaders to customers all over the world – and that number doesn’t include the company’s growing line up of electric reach-stackers, electric semi trucks, or electric excavators (among other things). “Our electric range continues to grow as more customers look for ways to reduce emissions and operate more sustainably,” reads the SANY post, on LinkedIn. “We’re proud to offer a growing selection of high-quality machinery across both electric and diesel, giving our customers more options to find the right machine for their needs.” Rolling proof Many of SANY’s electric equipment options use a massive, swappable 550 kWh battery pack that enables construction and mining crews the ability to keep the Earth moving and the wheels turning with greater efficiency than diesel, while helping to stabilize the grid in whatever region they’re deployed – and that is rapidly becoming a lot of regions! SANY is also working on a number of autonomous products, as well – from the fully cab-less SKT145Ei electric heavy haul trucks shown at SANY’s Global Mining Key Customer Summit in Xi’an to the 100,000 electric semi trucks it’s planning to build with Pony.ai. All of which is to say: the West needs to stop playing around with time-wasting side-quests like hydrogen, and get busy electrifying its commercial fleets in a big way if it plans to stay in business for much longer. SOURCE | IMAGES: SANY, via LinkedIn. If
Sep 6, 2026 · via electrek.co
If you have ever driven past a construction site and watched an excavator moving huge piles of dirt, you probably figured there was an experienced operator sitting in the cab. On some job sites in Texas and Nevada, there is nobody in that seat. San Francisco-based Bedrock Robotics has autonomous excavators doing real commercial earthwork with no operator onboard. The company says the deployments follow a year of testing on active job sites with human supervision. Seeing AI take over software tasks is one thing. Watching it control a massive excavator on a live construction site feels very different. Bedrock says this could help contractors deal with worker shortages and keep projects moving more efficiently. Here's how the technology works and what could come next. Missed CyberGuy LIVE? Watch the Protect Your Money replay Our free CyberGuy LIVE class, Protect Your Money From Today’s Biggest Threats , has ended, but you can still watch the full replay and download our financial protection checklist. Kurt "CyberGuy" Knutsson walks you through five simple ways to help defend yourself against AI scams, fraud, identity theft and financial hacks. You’ll learn how to set up bank alerts, strengthen your account logins, protect your phone number, freeze your credit and help secure your retirement savings against unauthorized transfers. No technical experience is needed. Get the free replay and checklist now at CyberGuyLive.com 100 KODIAK DRIVERLESS TRUCKS ARE HEADED FOR PUBLIC ROADS Bedrock's autonomous excavators are working on real projects Bedrock says its operator-free excavators are now active on major infrastructure projects. One machine is working on a Nevada water treatment facility with Sundt Construction. In Texas, Bedrock is working with Champion Site Prep on a multimillion-cubic-yard earthwork project. The company also has a 1.2 million-cubic-yard civil sitework project with Zachry Construction Corporation. The current work
Sep 6, 2026 · via foxnews.com
Caterpillar and FieldAI Partner to Advance Physical AI and Autonomy Caterpillar has announced a new partnership with FieldAI aimed at pushing forward physical AI, autonomy, and robotics in both jobsite and manufacturing settings. The objective is to support sectors grappling with workforce shortages and heightened efficiency demands, enabling safer and more productive operations. This alliance sits at the core of Caterpillar's vision for the evolution of its industries. The company believes the trajectory of its sectors hinges on merging human skill with AI-driven machinery. Jaime Mineart, Caterpillar's Chief Technology Officer, noted that such partnerships speed up this process, emphasizing a commitment to deploying AI in high-impact areas to boost safety, enhance output, and maximize operational value for clients. Caterpillar chose FieldAI because of its proven capability to function in intricate, ever-changing industrial settings where conventional automation frequently underperforms. FieldAI's hardware-agnostic autonomy approach and foundation models are engineered to convert extensive operational and site data into practical intelligence, aligning with Caterpillar's efforts to modernize manufacturing and develop future-ready jobsites. The two firms have pinpointed initial use cases, though the source does not list them explicitly. This initiative extends autonomy research that Caterpillar traces back over three decades, originating with a collaboration with Carnegie Mellon University during the 1980s. That early work focused on crafting software, GPS, and perception technologies, which culminated in Caterpillar's initial trials of driverless trucks. Throughout the 1990s and 2000s, the company refined its expertise in sensing, positioning, and control, alongside rigorous testing in harsh conditions. Caterpillar emerged as a pioneer in delivering Level 4 autonomy, where machines function without human intervention. Since launching its autonomous operations, Caterpillar's self-driving mining fleet has transported more than 11 billion tonnes of material and logged over 380 million kilometres without incident. Ali Agha, Founder and CEO of FieldAI, highlighted that Caterpillar
Sep 6, 2026 · via indexbox.io
Every 8-K that Aurora Innovation Inc (AUR) has filed with the SEC in the last 24 months is listed below, newest first, and each one links through to the document itself with the summary and the scores our analysis gives it. A 8-K covers material events a company has to report between its quarterly reports, so if you follow AUR and want that one kind of document rather than the whole filing history, this is the page to keep. The company's other filings, of every form, are on the full AUR filings page. Aurora Innovation reported second-quarter 2026 results and detailed rapid progress in autonomous trucking. Revenue was $2 million, while net loss was $270 million and Adjusted EBITDA was a loss of $200 million. Operating expenses remained heavy, with research and development at $211 million and selling, general and administrative expense at $50 million. The company used approximately $225 million in operating cash in the quarter and $31 million in capital expenditures, but strengthened liquidity via its at-the-market equity program, issuing 30 million Class A shares for $215 million of net proceeds. After funding $63 million of cash bonuses and tax obligations, liquidity rose by $126 million, ending with nearly $1.2 billion in cash and short-term investments. Management continues to expect 2026 revenue of $14–$16 million, up 400% year-over-year at the midpoint, with more than 200 driverless trucks in operation by year-end and an approximately $80 million Transportation as a Service revenue run-rate. Operationally, Aurora launched a new fleet of driverless trucks based on the International LT series without a person behind the wheel, marking the start of its commercial scaling phase. The Aurora Driver completed nearly 440,000 driverless miles through June 30, 2026 with 100% on-time performance and zero Aurora Driver-attributed collisions, contributing to over 6 million cumulative
Sep 6, 2026 · via stocktitan.net
Xcanbot Mate X wins IFA Innovation Award for autonomous mobility robot with 360-degree navigation
● 17 hours ago
Xcanbot's Mate X, a seated mobility robot, won the Tech for Good & Accessibility category at the IFA Innovation Awards 2026 in Berlin. The robot also received Honoree status in IFA NEXT & Emerging Tech.
The Mate X autonomously navigates to chosen destinations using 12 sensors including LiDAR, cameras, and ultrasonics that provide 360-degree awareness. It features an electric seat lift that raises riders up to 18cm and offers a range of up to 30km on a 453.6 Wh LFP battery.
Shenzhen-based Xcanbot designed the device as consumer technology rather than clinical equipment. The robot processes navigation data on-device without uploading information.
The Mate X will exhibit at REHACARE International 2026 in Düsseldorf from 23-26 September, targeting European distributors. A crowdfunding campaign is planned, with Europe as the first market.
Source: apnews.com
Sep 5, 2026 · via app.dealroom.co
Huawei Enterprise AI Push Is Reshaping Industrial Infrastructure The company is combining 5G, autonomous vehicles, cloud systems and operating software to build integrated technology platforms for mines and other industrial operators. Huawei’s expanding enterprise business is becoming a test of how China’s industrial infrastructure may be reorganised around connected machines, artificial intelligence and fewer workers in hazardous environments. At the Yimin coal mine in China’s far north-east, about 100 autonomous lorries transport coal without drivers. The vehicles can operate through the night and in poor weather, and can change their own batteries. The mine, operated by state-owned power utility Huaneng, covers about 42 square kilometres. Each autonomous lorry can carry 90 tonnes of coal. According to Zhao Yaozhong, a Huaneng manager cited in the supplied report, the deployment has allowed 120 workers to move to posts outside the pit, reducing their exposure to dust and danger. If the planned expansion proceeds, another 300 autonomous lorries could be added over the next three years, with most people eventually removed from operations inside the pit. The significance of Yimin is not limited to the vehicles themselves. The mine demonstrates Huawei’s attempt to sell a connected industrial system rather than a single piece of equipment. Base stations provide 5G coverage across the site, enabling the autonomous-driving system to function. The driving technology was developed from Huawei’s automotive work and adapted to the size of the lorries and the conditions inside the mine. An operating system called Mine HarmonyOS controls the mine’s operations, while artificial-intelligence software from Huawei’s cloud division is used in some underground mines to interpret geological data and monitor equipment remotely. This integration reflects a strategy Huawei announced in 2021, when it created specialised enterprise teams known as juntuan, or “army corps”. These teams were designed to combine capabilities from across
Sep 5, 2026 · via urbanacres.in
The U.S. Department of Transportation has released a national strategy for automated vehicles that places commercial truck regulations, safety standards, emergency response and interstate data coordination on the federal agenda through fiscal 2030. America Leads: DOT’s National Strategy for Automated Vehicles, Fiscal Years 2026-2030 expands on the National Highway Traffic Safety Administration’s April 2025 automated vehicle framework. The plan organizes work across USDOT around four objectives: prioritizing safety, providing regulatory certainty, promoting U.S. innovation and facilitating interoperable corridors. The strategy covers motor vehicles operating on public roads and includes passenger and freight applications. USDOT noted that automated driving system-equipped trucks are already hauling commercial cargo on some interstate routes and expects automated and manually driven vehicles to continue sharing public roads as adoption develops. USDOT maintains that existing federal authorities and regulations provide the foundation for overseeing automated vehicles. NHTSA will continue to oversee automated driving systems as motor vehicle equipment, while the Federal Motor Carrier Safety Administration is responsible for the operation and safety oversight of trucks and buses equipped with the technology. State and local governments would retain their traditional roles in licensing, traffic enforcement and rules of the road. USDOT plans to use stakeholder meetings and other coordinating activities to address jurisdictional conflicts and encourage more consistent approaches between states. One of the most consequential elements for trucking is an FMCSA rulemaking focused on automated driving system-equipped commercial motor vehicles. FMCSA is developing proposed changes to the Federal Motor Carrier Safety Regulations governing commercial vehicle operations, inspections, repairs and maintenance. The rulemaking is intended to distinguish between requirements that remain necessary for automated trucks and those written on the assumption that a human driver is present. The strategy does not provide the specific requirements that would apply to carriers, automated driving system developers or fleet operators. Those
Sep 5, 2026 · via act-news.com
Hyva digital tipping for XCMG AHS at Yimin: safety and control notes for engineers Reviewed by Joe Ashwell First reported on International Mining – News 30 Second Briefing Hyva is moving to scale its digital tipping control systems for autonomous mining trucks after deploying its Hyva Smart autonomous tipping solution on XCMG AHS trucks at the Yimin coal mine in Inner Mongolia. The system provides electronic control of the hydraulic tipping cycle, integrating with the truck’s autonomous haulage stack to manage body lifting, lowering and sequencing without driver input. For mine operators, this closes a key automation gap at the dump point, reducing reliance on manual hydraulic actuation and enabling safer, more repeatable tipping in large open-pit fleets. Technical Brief - Wider adoption would shift dump-point risk management from operator training to software-enforced interlocks and repeatable control logic. Our Take XCMG’s work with Hyva on digital tipping at Yimin sits alongside its recent push into autonomous haulage with EACON’s ORCASTRA system in Xinjiang, signalling that XCMG is building a full-stack automation ecosystem that covers both truck motion control and load–dump cycles. For mine operators, the combination of XCMG’s autonomous truck platforms and Hyva’s digital tipping control suggests future tenders may specify integrated OEM–system-provider packages, reducing scope for mixed-fleet retrofits but potentially simplifying functional safety validation for autonomous haul routes. Prepared by collating external sources, AI-assisted tools, and Geomechanics.io’s proprietary mining database, then reviewed for technical accuracy & edited by our geotechnical team. Related Articles Related Industries & Products Mining Geotechnical software solutions for mining operations including CMRR analysis, hydrogeological testing, and data management. Construction Quality control software for construction companies with material testing, batch tracking, and compliance management. CMRR-io Streamline coal mine roof stability assessments with our cloud-based CMRR software featuring automated calculations, multi-scenario analysis, and collaborative workflows. HYDROGEO-io Comprehensive
Sep 5, 2026 · via geomechanics.io
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Sep 5, 2026 · via aimmediahouse.com
Einride acquires SEK 17M carrier, cites going concern risk Einride AB (ENRD) reports that its subsidiary Einride MidCo AB agreed on July 28, 2026 to acquire a Swedish carrier group consisting of Ytterhälla Transport AB and Ytterhälla Fastighets AB. Einride AB (ENRD) reports that its subsidiary Einride MidCo AB agreed on July 28, 2026 to acquire a Swedish carrier group consisting of Ytterhälla Transport AB and Ytterhälla Fastighets AB. The closing purchase price was SEK 17,069,056, with up to SEK 10,000,000 of additional earn-out over three years tied to milestones. The deal closed September 1, 2026, with 50% of the price paid in cash and 50% in Einride ordinary shares valued at SEK 8,534,520, equal to 133,599 shares based on a USD 6.670 30‑day VWAP for its ADSs. Einride also furnishes updated risk factors that replace prior U.S. filings, highlighting large recurring losses, substantial capital needs, material weaknesses in internal control, concentration of revenue among a few customers, doubts about its ability to continue as a going concern, and potential Nasdaq delisting if trading conditions worsen. Positive - None. Negative - Going concern doubt: Einride explicitly states there is doubt about its ability to continue as a going concern, signaling elevated financial distress risk. - Material weaknesses in internal control: The company has identified material weaknesses in internal control over financial reporting, which may impair timely, accurate financial statements. - Large recurring losses and capital needs: Net losses of TSEK 1,721,676 in 2025 and continued expected losses require significant additional capital to fund operations and growth. - Customer concentration: The five largest customers contributed 47% of revenue for the six months ended June 30, 2026, exposing results to the loss or downsizing of a few relationships. - Listing risk: Einride warns that Nasdaq may delist its securities, and that low
Sep 4, 2026 · via stocktitan.net
On Thursday, the United States Department of Transportation unveiled a new National Strategy for Automated Vehicles, which essentially lays out the agency’s plans to handle self-driving cars and trucks through the year 2030. That said, there's a key distinction between a strategy and a rulebook—and this new strategy is, for now, more of a very general path rather than a specific route to widespread autonomous vehicle adoption. DOT says it wants “the first safety standards for automated vehicle competency,” along with simpler regulations, more commercial deployments, and “interoperable corridors” that allow self-driving vehicles to work more seamlessly across state lines. That all sounds fairly substantial, because it is. The agency’s central argument is sensible enough: federal vehicle-safety rules were largely written around the assumption that there would be a person in the driver’s seat. That creates awkward questions when a robotaxi has no steering wheel, pedals, mirrors, or any other place for someone to take over. For now, the DOT says AVs need to comply with existing federal motor vehicle safety standards, unless they get an exemption. It also acknowledges that some of those rules no longer make much sense for vehicles that are designed never to be driven by a human. A windshield-wiper requirement is useful on a conventional car; on a purpose-built autonomous shuttle without a windshield, it's a pointless obstacle. The new strategy points to ongoing efforts to modernize rules covering everything from transmission controls and brake systems to lamps, tires, rear visibility, electronic stability control, and occupant protection. NHTSA has already granted Zoox an exemption from eight safety standards for its purpose-built robotaxi, and other companies are attempting to use the same pathway. The big promise—minimum federal performance standards for the automated-driving system itself—is not nearly as far along. NHTSA says it is developing an advance
Sep 4, 2026 · via roadandtrack.com
Nexio Power has secured a 77-acre industrial campus in Anderson, Texas, adding about 180,000 square feet of space for commercial truck production, finishing, testing, warehousing and offices as it prepares to build propane-powered vehicles. The Anderson site will provide near-term assembly capacity and serve as a bridge to Nexio’s planned Lufkin campus. Nexio expects Anderson to remain available for additional capacity after Lufkin opens. The Lufkin project is planned to support engine production and powertrain assembly, and Nexio is targeting early 2027 for production vehicles. Existing infrastructure at Anderson includes 13 overhead cranes, large-vehicle paint and sandblast equipment, an 11-bay test complex and 13,000 square feet of racked warehouse space. The campus can support chassis preparation, powertrain and cab installation, superstructure assembly, wiring, plumbing, painting and final finishing. Quality-control, chassis-dynamometer, repair and refurbishment capabilities are also included, along with on-site propane autogas fueling. “Anderson gives us immediate capacity in a facility that was already doing work very close to ours,” said Nexio COO Ryan Gaul. The expansion follows Nexio’s Aug. 8 unveiling of a production-intent Class 7 propane bobtail for PICO Propane and Fuels, the retail brand of Meritum Energy Holdings. Following its debut at the Red River Crossroads Propane Expo in Irving, Texas, the truck entered commercial demonstration service on routes across South Texas. The PICO-branded vehicle uses Nexio’s 7.2-liter supercharged V-8 paired with an Allison 3500 RDS six-speed automatic transmission. PICO will share operating data with Nexio’s engineering team as EPA and California Air Resources Board certification work continues. The truck will refuel at PICO locations across Texas through the fleet’s existing propane network. That arrangement allows PICO to evaluate the truck in daily service without developing a separate fueling network for the demonstration.
Sep 4, 2026 · via act-news.com
Aurora Innovation valued at $12.5B on $2M revenue, betting on 200 driverless trucks
● 16 hours ago
Aurora Innovation trades at $6.30 per share with a $12.5 billion market value, despite generating only $2 million in Q2 2026 revenue. The company's valuation hinges on its Aurora Driver self-driving system for Class 8 trucks.
Aurora operated approximately 25 trucks in July 2026 and plans to reach 200 by year-end. Management expects these 200 trucks to generate an $80 million annual revenue run rate, or roughly $400,000 per truck.
The company doesn't build its own trucks. Roush upfits them at a dedicated facility, targeting 1,000 trucks annually by October 2026. Volvo Autonomous Solutions plans to begin driverless operations in Q1 2027.
Aurora burned about $225 million in operating cash and $31 million in capital expenditure during Q2 2026. Management expects quarterly cash usage of $190 million to $220 million in 2026, against nearly $1.2 billion in cash reserves.
Source: finance.yahoo.com
Aurora
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Sep 4, 2026 · via app.dealroom.co
PlusAI has agreed to go public through a merger with Texas Ventures Acquisition III Corp in a deal that values the autonomous trucking software company at approximately $800 million before new money and is intended to carry it to a targeted 2027 commercial launch of factory-built autonomous trucks. The combined company will operate as PlusAI. Both boards approved the transaction unanimously, and closing is expected in 2026. This is PlusAI’s third attempt at a public listing. A June 2025 agreement with Churchill Capital Corp IX at a $1.2 billion valuation was terminated on April 21, 2026, with the parties citing market conditions. An earlier deal with Hennessy Capital Investment Corp V, announced in 2021 at $3.3 billion, was called off that November. What has changed is that PlusAI now has revenue to point to. HyperFoundry, its software development and validation platform, has generated $25 million year to date, and the company is targeting $40 million to $50 million in contracted revenue for 2026. SuperDrive, its Level 4 automated driving system for commercial trucks, is not yet commercially available. PlusAI estimates the opportunity at more than $1 billion in annual recurring revenue at scale, sold as a recurring driver-as-a-service subscription rather than as hardware. “This transaction validates a year of significant execution and operational milestones for PlusAI,” said David Liu, co-founder and CEO of PlusAI. “We are operating autonomous freight routes in Texas today, expanding our OEM partnerships, and successfully monetizing the proprietary data, models and simulation capabilities we have built over the past decade.” PlusAI, International, and Ryder are running factory-integrated International trucks with SuperDrive on a daily 600-mile Texas route between Laredo and Temple. A safety driver supervises each run, and PlusAI reported 92% autonomous route coverage on the lane. Removing that driver depends on the truck as much
Sep 4, 2026 · via act-news.com
Aurora Innovation has signed a commercial agreement with McLane Company, a Berkshire Hathaway subsidiary, to launch fully driverless trucking operations on the Dallas-Houston corridor in Texas. The deal, announced on May 6, 2026, transitions what was previously a supervised pilot program into unsupervised commercial hauling, a distinction that matters enormously in the autonomous vehicle world. The pilot phase wasn’t exactly a warm-up lap. Aurora logged over 280,000 autonomous miles and completed 1,400 loads for McLane, all with a 100% on-time delivery rate. How the partnership actually works The operational model is a hybrid approach that splits the work between machine and human. Aurora’s self-driving technology handles the long-haul interstate segments between Dallas and Houston, roughly 240 miles of highway driving. McLane’s own drivers then take over for last-mile deliveries, navigating the trickier urban streets and loading docks that still challenge autonomous systems. McLane operates one of the largest distribution networks in the US, serving convenience stores, restaurants, and mass merchants. Aurora’s growth targets and revenue outlook Aurora isn’t treating this as a one-route curiosity. The company has laid out aggressive expansion plans, targeting additional routes across US Sun Belt distribution-center corridors by the end of 2026. On the fleet side, Aurora aims to have over 200 driverless trucks in operation by year-end 2026. The financial projections reflect that ambition. Aurora has guided for $14 to $16 million in revenue for 2026, with an annual run-rate potential reaching $80 million once operations hit full scale. Looking further out, Aurora is preparing to launch a Driver-as-a-Service model in 2027. Rather than selling trucks or software licenses outright, DaaS would essentially let logistics companies pay per mile or per load for autonomous capability. What this means for the autonomous trucking race For investors in Aurora, which trades under the ticker AUR, the McLane
Sep 4, 2026 · via kucoin.com