Kenworth announced two executive leadership appointments effective July 1. The OEM named Peter Ahrens as general manager and Paccar vice president. Joe Adams was also announced as Kenworth’s new assistant general manager of operations. Ahrens succeeds to the top leadership role after previously serving as Kenworth’s assistant general manager of operations. Ad Loading... Ahrens has spent 15 years with Paccar in a variety of leadership positions, including Paccar Parts product director, director of product marketing, and managing director of Paccar subsidiary Leyland Trucks in the United Kingdom. “I am honored and excited to step into this role and lead Kenworth during a transformative time for our industry,” Ahrens said in a statement. “Kenworth has built a reputation centered on three core values – quality, innovation, and state-of-the-art technology – and I’m committed to strengthening and advancing that legacy,” he added. Ad Loading... Ahrens holds a bachelor’s degree in electrical engineering and an MBA from the University of Washington. Adams Moves into Operations Role Joe Adams will assume the role of assistant general manager of operations after most recently serving as Kenworth’s chief engineer. Adams has worked with Paccar for 26 years and has held several engineering and purchasing leadership positions, including Paccar director of purchasing and Paccar assistant chief engineer for North America embedded engineering. He also previously served as Kenworth assistant chief engineer for cab, electrical and outer body development. Adams earned a bachelor’s degree in electrical engineering from the University of Alabama and an MBA in technical management from the University of Washington. The 2026 Advanced Clean Transportation Expo featured a broad range of commercial vehicle technologies, from EVs to autonomous trucks to the latest diesel and alternative-fuel engines. Developed with Driventic, Hendrickson's new integrated e-axle is designed to improve efficiency, reduce weight, and extend range in Class
May 27, 2026 · via truckinginfo.com
- Einride and EASE Logistics will test cab-less electric trucks in Marysville, Ohio, this summer. - The autonomous trucks will move freight between EASE warehouse locations on private property and local roads. - A remote operator will monitor the trucks off-site and can intervene if needed. - The project will study how driverless freight affects safety, warehouse operations and efficiency. A freight truck with no driver, no cab and no one sitting behind the wheel is starting to sound more familiar. In fact, this summer, that is exactly what is happening on local roads in Marysville, Ohio. EASE Logistics, an Ohio-based logistics company, is partnering with autonomous truck technology company Einride to deploy two cab-less electric trucks between EASE warehouse locations. The two companies recently announced the proof-of-concept service. The trucks will operate on EASE property and local public roads. They will move goods between warehouse locations while the companies collect data on warehousing, distribution and transportation operations. The project is part of the Ohio Department of Transportation’s DriveOhio Truck Automation Corridor Project, in partnership with the Indiana Department of Transportation. The goal is to study how autonomous trucking affects operations, safety and freight efficiency. What are cab-less electric trucks? These are not regular trucks with a driver waiting to take over. Einride’s vehicles are electric, autonomous and cab-less. That means there is no traditional driver’s seat, steering wheel area or cab built for a human operator. The trucks use SAE Level 4 autonomous technology. In other words, that means the vehicle can drive itself under specific approved conditions without a human driver inside. However, the trucks will still have human oversight. A remote operator will monitor them from off-site and can intervene when needed. The companies say that setup helps keep operations running safely and smoothly during the test.
May 27, 2026 · via cyberguy.com
- American Rheinmetall and Harbinger announced a partnership on May 27, 2026 to develop robotic and uncrewed ground vehicles for the U.S. Department of War. - The partnership combines American Rheinmetall's combat vehicle integration with Harbinger's drive-by-wire hybrid-electric chassis, with joint demonstrations planned for summer 2026. American Rheinmetall and electric vehicle startup Harbinger announced a partnership on May 27 to develop and field a family of robotic and uncrewed ground vehicles for the U.S. Department of War, pairing a combat vehicle integration specialist with a commercially derived hybrid-electric chassis designed from the ground up for autonomous operation. The teaming, announced from Garden Grove, California and Houston, Texas, targets Army modernization programs centered on autonomous tactical wheeled vehicles, contested logistics resupply, and next-generation robotic platforms that can operate without a driver in the vehicle. Uncrewed ground vehicles have moved from experimental programs to urgent procurement priorities faster than almost anyone in the Army predicted, driven by the comprehensive demonstration in Ukraine that unmanned systems operating in ground logistics, reconnaissance, and direct support roles can reduce the human exposure that conventional vehicle operations require. The Army’s manned-unmanned teaming concept, which envisions robotic vehicles operating alongside and in support of crewed formations, depends on a supply of autonomous platforms that are capable enough to be trusted in contested environments, affordable enough to field in the numbers required to matter tactically, and rugged enough to survive the punishment that combat operations impose. That last word, attritable, has become the defining requirement: a robot that costs too much to risk losing is a robot commanders will hold back rather than employ aggressively, defeating the purpose of having it. Harbinger’s contribution to the partnership addresses the cost and autonomy-readiness dimensions of that requirement. The California company designs and assembles its powertrain, battery systems, and chassis in-house,
May 27, 2026 · via defence-blog.com
Hutchison Ports ICAVE deploys autonomous vehicles
Hutchison Ports ICAVE announced an investment of over US$3.6 million to enhance automation, electrification, and operational capacity at its terminal in the Port of Veracruz, as part of its strategy to modernize logistics and reduce emissions.
The investment includes the addition of new electric and autonomous equipment designed to optimize internal cargo handling and container transport operations within the port facility.
One of the project’s main components was the acquisition of six Autonomous Trucks for the horizontal transport of containers, adding to the six autonomous units already in operation. With this, the terminal will have a total of 12 driverless vehicles operating within the port.
Javier Rodriguez, general manager of Hutchison Ports ICAVE, noted that the project is part of a comprehensive transformation aimed at improving operational efficiency and moving toward a more sustainable port model.
According to figures from the Veracruz National Port System Administration, the Port of Veracruz handled approximately 1.3 million TEUs and more than 30 million tons of cargo in 2025, establishing itself as one of the country’s leading logistics and port hubs.
May 27, 2026 · via mexico-now.com
Torc partners with Mila to advance AI research for autonomous trucks Torc Robotics has partnered with Mila – Quebec Artificial Intelligence Institute to expand research into artificial intelligence applications for autonomous trucking. Under the partnership, Torc will establish a presence within Mila’s Montreal research ecosystem, becoming the only autonomous trucking company affiliated with the institute. The collaboration gives Torc access to researchers, faculty and students specializing in machine learning and AI development, the company said in a release. The companies said the partnership will focus on advancing “physical AI” technologies tied to autonomous vehicle systems, including generative world models, reinforcement learning, multi-agent behavior modeling and foundation models for autonomy applications. “Torc is focused on building safe, scalable autonomous trucks, and advancing the next generation of physical AI is central to that mission,” said Felix Heide, head of artificial intelligence at Torc. “Partnering enables deeper collaboration at the intersection of research and real-world deployment, collaboration that supports continued progress toward commercializing autonomous trucking at scale.” Mila, founded by AI researcher Yoshua Bengio, is one of the world’s largest academic AI research centers specializing in deep learning. The institute has affiliations with Université de Montréal and McGill University and counts more than 1,500 researchers and students within its ecosystem. Christopher Pal, core academic member at Mila and professor at Polytechnique Montréal, said the partnership will create opportunities for researchers to work on practical autonomous vehicle challenges. “This partnership brings together academic excellence and real-world deployment, creating opportunities for our students and researchers to work on impactful challenges in physical AI while advancing the state of the art in autonomous systems,” Pal said. Torc said the agreement builds on its existing presence in Montreal and previous collaborations with Mila dating back to 2020. The company, an independent subsidiary of Daimler Truck, is focused
May 27, 2026 · via trucknews.com
Kazakhstan plans to launch a pilot project for driverless taxis in the second half of 2026, accelerating the country’s push toward autonomous transport technologies and the digitalization of urban mobility. Preparations for the project were announced by Kazakhstan’s Ministry of Artificial Intelligence and Digital Development. According to the ministry, Yandex Qazaqstan and inDrive have already begun preparing the necessary infrastructure under government coordination. The project includes the construction of specialized garages, the import and configuration of autonomous vehicles, and the adaptation of software to Kazakhstan’s traffic regulations and local road conditions. “The project is being implemented through a ‘regulatory sandbox’ mechanism, which will allow technological solutions to be tested in controlled conditions and help form the necessary legislative framework,” the ministry said in a statement. Officials noted that Kazakhstan currently lacks a comprehensive regulatory framework governing autonomous transport, including standards related to safety, navigation, and traffic management. As a result, driverless vehicles will initially operate under continuous supervision by human operators, and the project will move forward only after testing is completed and infrastructure readiness is confirmed. Almaty is expected to become the primary city for the introduction of the service, although routes and traffic schemes for autonomous taxis are still being designed. Earlier, the administration of Astana also signed memorandums with Yandex Qazaqstan and inDrive regarding the launch of driverless taxi services in the capital in 2026. At the same time, Kazakhstan’s Ministry of Transport is developing separate regulations for the use of autonomous cargo trucks on inter-city highways. Kazakh authorities say they are drawing on international experience in deploying autonomous transport technologies. The ministry noted that Tesla is currently testing robotaxi services in Texas, while Waymo already operates commercial autonomous ride services in several U.S. cities. In China, similar projects are being developed by Baidu and Pony.ai.
May 27, 2026 · via timesca.com
Gasgoo Munich-The race for autonomous driving in 2026 has finally hit a critical commercial turning point. It's no longer just about accumulating test miles or securing funding; real revenue growth has become the new yardstick for measuring a player's value. On May 26, Pony.ai released its scorecard for the first quarter of 2026. The standout figure: quarterly revenue from its Robotaxi business hit 59.12 million yuan, a staggering surge of 395.4% year-on-year. That single number alone eclipses more than half of the entire 2025 revenue for the unit. Consequently, Pony.ai raised its full-year Robotaxi revenue target from "triple 2025 levels" to "more than 3.5 times," while bumping its fleet size goal from 3,000 to over 3,500 vehicles. On the earnings call, Pony.ai executives explained that the raised expectations are driven by strong commercial momentum in the first quarter. The company observed that across all Tier-1 Chinese cities, revenue, paid orders, and user bases continue to expand. Notably, operations in Guangzhou and Shenzhen have turned profitable on a per-vehicle basis, offering a replicable success model. Furthermore, a "joint fleet" model has attracted a slew of domestic and international partners, promising to boost capital efficiency and accelerate deployment. This sends a clear signal: leading autonomous driving companies are crossing the threshold from "cash-burning experiments" into a new phase of "scale expansion." Shifting Revenue Mix: Fares Surge 456.5%, Robotaxi Breaks the 'Spring Festival Slump' A closer look at Pony.ai's Q1 revenue structure reveals a pivotal shift. While smart solutions still account for the lion's share of revenue, the core engine driving this high growth is no longer B-side technology licensing—it's tangible payments from C-side passengers. The report shows total revenue of 236 million yuan for the first quarter, up 145% year-on-year. Of this, the Robotaxi business—often dismissed as a "future story"—contributed 59.12 million
May 27, 2026 · via autonews.gasgoo.com
Einride Teams up with TÜV SÜD for Independent Verification of First Autonomous Safety Management Governance Framework STOCKHOLM and MUNICH, May 27, 2026 /PRNewswire/ -- Einride AB (publ) ("Einride" or the "Company"), a technology company driving the transition to cost-efficient electric and autonomous freight operations for some of the world's largest shippers, today announced it has partnered with TÜV SÜD, a globally recognized testing, inspection, and certification organization, for the launch of an independent assessment of its safety governance model. The engagement marks a significant step in the maturation of safety governance for autonomous commercial vehicles, moving beyond one-off audits toward holistic independent assessment of Einride's Safety Management System, demonstrating Einride's approach to safety, its systems and methods are themselves sufficiently robust to ensure continuous safety as the technology evolves. "Einride's autonomous operations have always been backed by rigorous internal controls, validated by third party audits. As the industry matures and regulatory frameworks take shape across every major market, Einride's history of transparent independent assessments ensure continued market leadership, " said Roozbeh Charli, Chief Executive Officer at Einride. "Engaging TÜV SÜD to independently validate our Safety Management System is how we demonstrate that our governance is built for where this industry is going, not where it has been." TÜV SÜD will assess Einride's Safety Governance Model within the Safety Management System (SMS), the organizational layer that governs how Einride's living safety case is maintained, how changes to its technology and operations are evaluated and how safety accountability is structured across the company. The review will evaluate process robustness & maturity of those processes against emerging global regulations and industry standards, identifying strengths and improvement priorities that will inform ongoing audits of Einride's technology and its development. "Autonomous freight systems are entering a phase where governance, change management, and organisational safety assurance
May 27, 2026 · via prnewswire.co.uk
The concept is simple, the implications enormous: any truck, any ship, any cargo plane, any patch of ground that can hold a container becomes a drone base.
One Hundred Drones, One Box DZYNE unveiled the Blitz drone on 14 May 2026.
The individual Blitz drone assembles in under two minutes and trains a new operator in under two hours.
The Expendable Revolution The Blitz drone is designed to be cheap enough to lose.
You can send a hundred of them into a contested environment, accept losses, and still achieve your objective through sheer numbers.
May 27, 2026 · via migflug.com
Chinese electric truck startup Zeron attracts fresh investment Earlier this year, Zeron announced that investors would inject more than 150 million euros into the company as part of its Series B funding round. Electric vehicle manufacturer Nio, battery giant CATL and autonomous driving solutions provider Momenta participated in the financing round. Zeron has now closed its ‘Series B2’ round and secured a further 200 million US dollars in investments. Chinese portal CN EV Post reported the development but did not specify the amount in yuan. The funds raised are earmarked for Zeron’s autonomous truck business segment. Investors in this B2 round include Zijin Mining, Yankuang Capital (a subsidiary of the Shandong Energy Group), and the Sanhua Holding Group. International investors such as Temasek and InnoVen Capital also participated. Zeron described the successful round as a ‘continued bet by long-term capital on the intelligent transformation of China’s commercial vehicles.’ For context: in July last year, Zeron announced a Series A funding round worth 500 million yuan (approximately 63 million euros at the time), in which Momenta also participated. Zeron was founded in April 2022 by former executives from TuSimple and Sany Truck and, according to its own figures, had delivered over 1,600 units of its two models, Jingzhe and Xiaoman, by the end of 2025. TuSimple specialises in autonomous trucks, while Sany Truck is a major manufacturer of construction machinery and heavy-duty trucks. Autonomous solutions are set to play a pivotal role in Zeron’s future, which is why Momenta has already invested in the startup for the fourth time. Momenta CEO Cao Xudong commented: “We have witnessed the team’s steady progress over the past few years. The potential for autonomous heavy trucks is enormous, and that strengthens our confidence in Zeron’s future.” In March, Zeron’s founder and CEO, Huang Zehua, stated
May 27, 2026 · via electrive.com
Pony AI Q1 Earnings Call Highlights Pony AI PONY reported a sharp increase in first-quarter 2026 revenue and raised its full-year robotaxi targets, citing faster user adoption, fleet growth and expanding international partnerships. Chairman and CEO Dr. James Peng said total revenue rose 145% year over year in the quarter, while robotaxi revenue increased nearly 400%. He said fare-charging revenue, a key measure of commercial robotaxi usage, grew more than 450% from the prior-year period. “We kicked off 2026 with an amazing first quarter,” Peng said. “This strong start defines our growth momentum for the whole year.” The company said its robotaxi fleet has grown to more than 1,700 vehicles, while registered users in China increased more than 200% year over year. Peng also said weekly average paid orders so far in May were up more than 100% compared with the beginning of the year. Robotaxi Expansion Drives Results Pony.ai’s robotaxi business was the central focus of management’s remarks. CFO Dr. Leo Wang said robotaxi revenue reached a record $8.6 million in the first quarter, compared with $1.7 million in the same period of 2025. Fare-charging revenue grew 456%, supported by a larger fleet, regional expansion and demand in high-value urban areas. Management highlighted continued expansion in major Chinese cities. Peng said Pony.ai has broadened its Guangzhou operations from the Nansha and Panyu districts into Haizhu District, which includes areas such as Canton Tower, the Pazhou central business district and the Canton Fair Complex. In Shenzhen, the company is increasing fleet size and density in Nansha and Baoan districts. It is also providing airport transfer services in Beijing, Shenzhen and Guangzhou. Wang said Pony.ai’s effective fare per kilometer remains above entry-level ride-hailing prices and is comparable to standard express-tier services after discounts. He said demand has remained strong despite that
May 27, 2026 · via tradingview.com
Komatsu announced it commissioned the 1,000th autonomous ultra-class haul truck equipped with the company’s FrontRunner Autonomous Haulage System. The 930E-5AT joins the fleet at Barrick’s Nevada Gold Mines (NGM). The 930E ultra-class EDT is Komatsu’s most widely deployed autonomous model, with more than 500 units at operating mine sites today. Komatsu said customers using FrontRunner “have collectively moved over 11.5 billion metric tons (mt) of material, demonstrating the scale, reliability and productivity of autonomous haulage across some of the world’s most demanding mining environments.” The company also makes autonomous water trucks. Autonomous haul trucks equipped with FrontRunner have delivered safety and productivity benefits at NGM, Barrick said. “FrontRunner has elevated both the quality of work for our people and the way we meet production goals at our Nevada operations,” said CEO Mark Hill. “By transitioning operators away from haulage activities and enabling more predictable operations, autonomy supports safer, more skilled roles while helping us use energy more efficiently and reduce our environmental footprint.” The milestone furthers to the company’s tradition of setting precedents. Roughly a year ago, at Boliden’s Aitik mine in Gällivare, Sweden, Komatsu commissioned and began trialing an autonomous, power-agnostic, electric-drive haul truck that connects to a trolley line, an industry first. Komatsu said it was the first to market with a commercial autonomous truck in 2008. Now it is reportedly the first OEM to commission 1,000 autonomous ultra-class haul trucks worldwide, described by Komatsu leadership as a defining moment. “It reflects nearly two decades of innovation, collaboration with our customers and a relentless focus on creating real operational value,” said Peter Salditt, CEO, Komatsu Mining Corp. “We are incredibly proud of this milestone, and even more excited about what lies ahead as we continue to advance autonomous, electrified and software-defined solutions that help our customers operate more
May 27, 2026 · via e-mj.com
The BUILD America 250 Act, introduced in the House last week, would reauthorize federal surface transportation programs for highways, bridges, transit, rail, safety, and related transportation programs. For fleets and clean transportation stakeholders, two provisions stand out: a proposed federal registration fee structure for electric and plug-in hybrid vehicles, and a new federal framework for automated driving system-equipped commercial motor vehicles operating in interstate commerce. While the bill is broad in scope, these two sections could have direct implications for the economics and regulatory certainty surrounding advanced vehicle deployment. New Federal Fees Could Change the EV Cost Equation Section 1129 of the bill would establish a federal annual registration fee of $130 for covered electric vehicles and $35 for covered plug-in hybrid vehicles. Beginning in 2029, the Federal Highway Administration administrator would increase those amounts by $5 every two years, with the EV fee capped at $150 and the plug-in hybrid fee capped at $50. The fees would terminate on October 1, 2036. For fleets evaluating EVs and plug-in hybrids, the provision adds another factor to total cost of ownership calculations. Even though the proposed annual fees are relatively small compared with vehicle acquisition, fuel, maintenance, and charging costs, they signal a broader policy shift: EVs and plug-in hybrids would be brought more directly into the federal roadway funding system. The bill directs state motor vehicle departments to incorporate the fees into vehicle registration and renewal processes, or receive approval for an alternate collection method. States would remit the collected fees monthly to the FHWA, and the bill includes a withholding mechanism for states that do not comply. The provision is also limited in an important way. The bill defines a “covered motor vehicle” in a way that excludes covered farm vehicles and commercial motor vehicles, as those terms are
May 26, 2026 · via act-news.com
Key statistics As of last trade Kodiak AI Inc (V7U:FRA) traded at 6.35, -15.93% below its post-IPO high of 7.55, set on May 08, 2026. 52-week range Short selling activityProvided by S&P Global Market Intelligence | Open | 6.36 | |---|---| | High | 6.36 | | Low | 6.35 | | Bid | 6.36 | | Offer | 6.76 | | Previous close | 6.66 | | Average volume | 1.21k | |---|---| | Shares outstanding | 183.85m | | Free float | 106.28m | | P/E (TTM) | -- | | Market cap | 1.43bn USD | | EPS (TTM) | -2.41 USD | Data delayed at least 15 minutes, as of May 27 2026 09:20 BST. More ▼ Announcements - Kodiak AI Issues Statement on BUILD America 250 Act Bill Supporting Autonomous Trucks - Kodiak AI and General Dynamics Land Systems Form Strategic Collaboration For Autonomous Ground Vehicles - Kodiak AI Launches International Autonomous Trucking Operations and Enters Logging Industry - Kodiak Begins Hauling Freight Autonomously With Roehl Transport - Kodiak AI Reports First Quarter 2026 Results; Announces $100 Million PIPE Financing - Bosch and Kodiak AI Execute Toward Scaled Production of Autonomous Trucking Hardware - Kodiak AI Names Tim Guin and Natalie Draisin To Industry Advisory Council - Kodiak to Report First Quarter 2026 Results on May 7, 2026 - Kodiak AI Expands Autonomous Trucking Beyond the Sunbelt with Demonstrations in Ohio and Indiana - Epirus, General Dynamics Land Systems and Kodiak AI Unveil New Autonomous HPM System for Counter-UAS More ▼
May 26, 2026 · via markets.ft.com
Chinese autonomous driving company WeRide has returned to the Roland-Garros tennis tournament in Paris for a third consecutive year with its autonomous Robobus service, operated in partnership with Renault Group. The shuttle runs from 24 May to 7 June, with French operator Beti handling on-ground operations this year. The Robobus operates along a 2.8 km route with a 12-minute journey time, connecting three stops along Avenue de la Porte d’Auteuil that run through the stadium complex. Daily operating hours span 10:30 to 17:00, 18:00 to 20:00 and 22:00 to midnight, marking a second year of night-time operations. WeRide said Europe is a key market in its global expansion, with active deployments across France, Belgium, Switzerland and Slovakia. Its Robobus is in regular commercial operation in Belgium and has removed the front-row safety driver at Zurich Airport, a step toward fully driverless operations. The WeRide-Renault partnership has also expanded over the past year. In March 2025, the partners launched a fully driverless Robobus service in France’s Drôme region and a pilot service in Barcelona, which WeRide said was Spain’s first public-road trial of a Level 4 autonomous vehicle for passenger transport. Driverless Robotaxi services are also set to launch in Furttal, Switzerland, while WeRide has announced its entry into Slovakia as part of what it described as Europe’s first large-scale, multi-product autonomous driving deployment. Source: WeRide
May 26, 2026 · via automotiveworld.com
Scania has demonstrated bi-directional vehicle-to-grid (V2G) charging for heavy-duty trucks using the Megawatt Charging System (MCS), in what the Traton-owned Swedish manufacturer called one of the world’s first heavy-commercial V2G implementations on the megawatt-class standard. The set-up reached up to 1,000 A and 750 kW. The technology lets battery-electric trucks discharge energy to the power grid as well as charge from it, enabling services such as peak shaving, balancing and energy storage. Scania said this could turn parked fleets into mobile battery capacity for local grids. The system uses real-time communication between truck, charger and energy management platforms, allowing charging and discharging to be dynamically controlled based on transport needs and grid conditions. MCS is the new ultra-fast charging standard for heavy commercial vehicles. Tobias Ejderhamn, Global Manager for Transformation and New Business at Scania, said: “Electric trucks will not only consume electricity, they can also become an active resource in the energy system. This shift transforms the fleet operator’s role from solely providing transport to also offering energy flexibility.” Yorben Muller, Product Manager for Charging at Traton, said combining MCS with intelligent energy management lets the truck, charger and energy system communicate in real time. Scania said the technology is initially expected to be most relevant in depot operations, where vehicles park longer. Source: Scania
May 26, 2026 · via automotiveworld.com
Hino Trucks recently introduced its new Le Series battery-electric medium-duty truck, available in 25,950-pound (L6e) and 33,000-pound (L7e) GVWR configurations. Powered by Accelera’s Integrated e-Axle 14Xe Gen 4.5, the Le Series delivers 260 kW / 348 hp of peak power and 180 kW / 241 hp continuous power through an integrated two-speed automatic transmission and axle. Energy is supplied by the Hexagon Purus ProPack Battery System with Panasonic Energy lithium-ion battery cells rated at 269 kWh and up to 750 volts. DC fast charging (CCS Type 1 /120 kW) enables from zero to 80% state-of-charge in approximately 1.8 hours. Features of Hino's Electric Le Truck The Le's advanced electrical system supports high energy efficiency and optimized range. Programmable regenerative braking and improved weight distribution further enhance overall performance, according to the company. Drivers benefit from smooth, responsive electric torque and quiet operation, contributing to reduced fatigue and improved driving comfort. For body builders, the clear back-of-cab design simplifies upfitting across a range of applications. The Le Series also comes standard with an automatic emergency braking system and lane departure warning system. Production is scheduled to begin in the third quarter. Part of Hino's Broader Goals “Introducing the Le Series is an important step in our efforts to reduce environmental impact and support our customers’ sustainability goals,” said Rodney Shaffer, Vice President, National Accounts & Zero Emission Vehicles of Hino Trucks. “We’ve focused on delivering a solution that builds on our proven platform and is well-suited for the applications where electric vehicles make the most sense, helping fleets take practical and meaningful steps toward lower emissions.”
May 26, 2026 · via truckinginfo.com
Fair Use [17 U.S.C. § 107] AI-imagined autonomous electric island ferry for logistics only. By EVWorld.com Si Editorial Team When we discuss the future of electromobility, the conversation almost universally defaults to land-bound transport or the far-off promise of zero-emission aviation. We map out charging corridors for trucks, debate the timelines of autonomous passenger cars, and track battery density milestones for sub-compact vehicles. Yet, we routinely overlook a geographical reality: a massive portion of the global population does not live on interconnected grid networks, but on islands. Globally, there are roughly 11,000 permanently inhabited islands, home to an estimated 730 million people. From the sprawling, fractured archipelagos of Southeast Asia to the tight clusters of the Caribbean Small Island Developing States (SIDS), and the rugged fjords of Northern Europe, these communities face a shared, compounding crisis. They are utterly dependent on external logistics for high-value goods, medical supplies, fresh food, and e-commerce. Currently, that lifeline is maintained by slow, inefficient, heavily polluting diesel displacement barges or prohibitively expensive air freight. The physics of traditional watercraft have long kept these communities trapped in an economic bottleneck. Pushing a standard hull through water requires immense energy, making battery-electric variants heavy and short-ranged. However, by marrying advanced hydrofoil technology—which lifts the hull out of the water to slash hydrodynamic drag by up to eighty percent—with cutting-edge autonomous frameworks, we are on the precipice of establishing a zero-emission Blue Highway. The primary obstacle to this maritime revolution has historically not been a lack of engineering capability, but a lack of legal certainty. Operating an uncrewed commercial cargo vessel across territorial waters was a regulatory nightmare. That changed fundamentally this year. The International Maritime Organization (IMO) has formally adopted the Maritime Autonomous Surface Ships (MASS) Code. This historic framework establishes rigorous, globally standardized safety criteria,
May 26, 2026 · via evworld.com
At the Advanced Clean Transportation Expo in early May 2026, exhibitors showed off the latest electric and autonomous truck technology, EV charging systems and more.
At the Advanced Clean Transportation Expo in early May 2026, exhibitors showed off the latest electric and autonomous truck technology, EV charging systems and more.
May 26, 2026 · via truckinginfo.com
J. J. Keller Center for Market Insights released its sixth annual State of Fleet Management study, which shows a growing shift toward proactive fleet management strategies. The study found that fleet managers are increasingly focused on prevention, early detection, and real-time visibility as they address safety, compliance, and operational challenges. J. J. Keller said the findings reflect how fleets are balancing regulatory complexity, cost pressure, and day-to-day operational demands. Fleet Managers Focus on Early Intervention According to J. J. Keller, key concerns among fleet managers include preventive maintenance, regulatory changes, driver qualification, compliance visibility, and identifying repair needs before breakdowns or incidents occur. The study identified several priority areas for fleet managers: - Managing preventive maintenance to avoid breakdowns or accidents - Staying current on changing regulations - Ensuring training results in qualified, compliant drivers - Identifying driver noncompliance quickly - Finding repair needs before breakdowns or incidents “Fleets are shifting from reacting to issues to preventing them,” said Daren Hansen, senior compliance expert at J. J. Keller & Associates, Inc. “With tighter margins and higher risk, there’s a clear focus on catching problems early, whether that’s identifying non-compliant drivers or addressing maintenance needs before they lead to breakdowns or violations.” Compliance Moves Beyond Recordkeeping J. J. Keller said the study also shows compliance shifting beyond documentation toward real-time awareness and action. While accurate recordkeeping remains important, fleet managers are placing more emphasis on visibility into driver performance, regulatory impact, and daily operations. The report also found that the role remains challenging. Two-thirds of fleet managers described their jobs as very or moderately challenging, citing regulatory changes, hiring and retention, documentation, and maintenance as ongoing pressures. “Small gaps in compliance, training, or maintenance can quickly turn into major issues,” Hansen said. “A structured safety and compliance program helps fleets stay
May 26, 2026 · via fleetequipmentmag.com