Read this article in 中文 Français Deutsch Italiano Português Español Komatsu reaches autonomous mining milestone 27 April 2026 Komatsu said it has reached an historic milestone in autonomous mining, commissioning its 1,000th autonomous ultra-class haul truck equipped with its FrontRunner Autonomous Haulage System. According to the company, it was the first to market with a commercial autonomous mining solution in 2008 and is now the first OEM to commission 1,000 autonomous ultra-class trucks worldwide. The 1,000th truck is a Komatsu 930E-5AT, an ultra-class electric drive truck (EDT) with a 290-metric-ton payload, deployed at Barrick’s Nevada Gold Mines operation in the United States. The 930E ultra-class EDT stands as Komatsu’s most widely deployed model, representing more than 500 autonomous trucks across customer sites today. “Commissioning our 1,000th autonomous haul truck is a defining moment for Komatsu and for the mining industry. It reflects nearly two decades of innovation, collaboration with our customers and a relentless focus on creating real operational value,” said Peter Salditt, president, Mining Business Division, and 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 safely, productively and sustainably.” Since its commercial introduction, customers using FrontRunner have collectively moved over 11.5 billion metric tons of material, Komatsu noted. It is deployed at mine sites across North America, South America, Australia and Europe, spanning diverse commodities and operating conditions. “FrontRunner has elevated both the quality of work for our people and the way we meet production goals at our Nevada operations,” said Mark Hill, president and CEO, Barrick. “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
Apr 27, 2026 · via powerprogress.com
BEIJING, April 24, 2026 — Global autonomous driving leader QCraft held its opening event at the 2026 Beijing International Automotive Exhibition (also known as Auto China 2026) today, where Chairman and CEO Dr. James Yu officially unveiled the QCraft Physical AI Model and announced a full strategic expansion from autonomous driving to the broader frontier of Physical AI. To a crowd of industry insiders, QCraft revealed for the first time the complete architecture of its Physical AI Model, built on a unified World Model + Reinforcement Learning (RL) framework. The company also launched QPilot MAX, a 500+ TOPS (Trillion Operations Per Second) city NOA (Navigate on Autopilot) solution; disclosed the latest progress on its L4 Robotaxi and Robovan programs; and announced an upgraded mission and vision. “If the past decade was about teaching AI to drive, the next decade will see the industry move decisively toward Physical AI—a frontier that is more imaginative, more disruptive, and far more consequential,” said Dr. Yu. He explained that World Models and RL are the essential bridge between the digital and physical worlds, allowing QCraft to run infinite training cycles in a digital environment and transfer that capability to real-world vehicles. “This is not a simple algorithm upgrade. It is a fundamental shift in how we approach R&D.” he said. QCraft’s Physical AI Model operates across two layers. On the cloud side, an upgraded World Model generates rare edge cases—extreme weather, wrong-way cyclists, sudden pedestrian appearances—through natural language commands. On the onboard side, the World Behavior Model integrates a VLA (Vision-Language-Action) model with RL algorithms, achieving full-chain integration from perception to action. Safety at Scale with QPilot MAX Remarking on QCraft’s launch of QPilot MAX, a city NOA solution delivering best-in-class performance on a 500+ TOPS computing platform, Dr. Yu shared: “We don’t compete
Apr 27, 2026 · via eejournal.com
North News & Pictures Ltd Port of Tyne advances connected mobility, autonomous logistics Autonomous port logistics project delivering improvements in terms of real operational challenges, safety, efficiency and sustainability The North East Automotive Alliance (NEAA), alongside the Port of Tyne, autonomous driving technology provider Oxa and a consortium of leading industry and academic partners, has delivered the Port‑Connected and Automated Logistics (P-CAL) project. The Port of Tyne is one of the UK’s major deep-sea ports handling specialised bulk and containerised products, alongside delivery logistics, and assisting growing passenger numbers via its International Passenger Terminal. Overall, the Port of Tyne adds £658m to the local economy, supporting 10,400 jobs directly and indirectly, and as one of the UK’s largest trust ports. Fully self-financing, it runs on a commercial basis, reinvesting all of its profits back into facilities along the River Tyne for the benefit of the North East and its stakeholders. Delivered and funded through the UK government’s CAM [Connected and Automated Mobility] Pathfinder programme, NEAA – a collaborative, industry-led cluster dedicated to fostering a competitive and sustainable environment for businesses – is working with its partners to deliver P-CAL to demonstrate autonomous container transport at the Port of Tyne. The initiative will see the deployment of a fully autonomous terminal tractor and secure mesh communication network to move containers between the dockside and the container compound, creating a UK first in waterside port automation. P-CAL was designed to push the boundaries of autonomous logistics by deploying and validating a fully autonomous terminal tractor in a live port environment. Building on the North East’s earlier 5G CAL and V‑CAL initiatives – which looked to assess the commercial viability of deploying autonomous yard tractors on the Vantec-Nissan route in Sunderland – the project worked to move autonomous technology from proof‑of‑concept trials into
Apr 27, 2026 · via computerweekly.com
Assessing Volvo (OM:VOLV B) Valuation After Recent Share Price Momentum And Electrification Ambitions What AB Volvo’s recent performance tells you AB Volvo (OM:VOLV B) has drawn investor attention after a 1.5% one day gain, adding to positive moves over the past month and past 3 months, and prompting a closer look at its fundamentals. See our latest analysis for AB Volvo. At a share price of SEK322.1, AB Volvo’s recent 1 month share price return of 7.33% and 1 year total shareholder return of 25.64% suggest momentum has been building rather than fading. If this kind of move has you thinking about other opportunities in industrials and infrastructure, it could be a good moment to scan 33 power grid technology and infrastructure stocks With AB Volvo trading at SEK322.1 and an estimated intrinsic discount of about 31%, investors are left with a key question: is the market offering value here, or already pricing in stronger growth ahead? Most Popular Narrative: 26.6% Undervalued Compared with the last close at SEK322.1, the most followed narrative puts AB Volvo’s fair value at SEK438.8, creating a sizeable valuation gap to examine. Volvo is expected to be a global leader in electric and autonomous trucks, with strong market share in Europe and North America. Key drivers include: Higher-margin software and fleet services revenue. Stronger adoption of electric and hydrogen trucks. Increased automation and AI-driven fleet optimization. Read the complete narrative. Read the complete narrative. Curious what sits behind that fair value? The narrative leans heavily on steady revenue expansion, thicker margins, and a future earnings multiple that assumes meaningful progress on electrification and services. Result: Fair Value of SEK438.8 (UNDERVALUED) Have a read of the narrative in full and understand what's behind the forecasts. However, this depends on Volvo successfully executing in electric trucks, while
Apr 27, 2026 · via simplywall.st
Machine Technology Co., Ltd. is working with SENNEBOGEN Germany to support bulk material handling operations in Thailand through the supply of specialized material handling equipment. The collaboration focuses on supporting industries that require continuous heavy-duty handling, including ports, warehousing and recycling. Supporting Bulk Cargo Operations SENNEBOGEN’s material handlers are designed for bulk cargo applications, supporting the movement of commodities such as soybeans, coal, scrap metal, and recycled materials. The machines are built for heavy-duty use in operational environments where durability, precision and safety are critical, particularly in port and warehouse settings. Designed for Operational Flexibility The equipment can be fitted with a range of attachments to suit different handling requirements, including bulk grabs, magnets, clamshell buckets and other specialized tools. This flexibility enables operators to adapt equipment to different cargo types and improve handling efficiency across a range of industrial applications. Supporting Long-Term Equipment Performance MTECH and SENNEBOGEN also provide technical support services covering maintenance, spare parts and equipment support throughout the operating lifecycle. The partnership combines equipment supply with after-sales support aimed at maintaining operational reliability and supporting long-term asset performance in Thailand’s material handling sector. Contact Machine Technology Co., Ltd. 2/44 Bangna Complex Office Tower, 9th Floor, Soi Bangna-Trad 25, Bangna-Trad Road, Bangna Nuea, Bangna, Bangkok 10260 Website: www.mtechport.com Tel. +66 2 769 5649-51 อัพเดตข่าวสารและบทความที่น่าสนใจในอุตสาหกรรมโลจิสติกส์ก่อนใคร ผ่าน Line Official Account @Logistics Mananger เพียงเพิ่มเราเป็นเพื่อน @Logistics Manager หรือคลิกที่นี่
Apr 27, 2026 · via logistics-manager.com
HPH Trust unveils Hong Kong’s first autonomous truck fleet Hutchison Port Holdings Trust announced the launch of its inaugural Autonomous Truck fleet in Hong Kong, a zero-emission vehicle designed for efficient container transport at its terminals. This cutting-edge, AI-powered innovation marks a significant milestone in advancing the city’s smart and green port development, reinforcing Hong Kong’s position as a global maritime hub. Today’s launch ceremony was officiated by Liu Chun San, Under Secretary for Transport and Logistics, HKSAR Government and Ivor Chow, Chief Executive Officer of HPH Trust and Managing Director of Hongkong International Terminals . AT, designed without a driver’s cab, operates seamlessly alongside conventional vehicles under ‘true’ mixed traffic mode. Powered by AI-driven algorithms, binocular cameras, advanced sensors and precise positioning systems, AT delivers 24/7 all-weather performance, with built-in obstacle detection and emergency response systems. Liu Chun San, Under Secretary for Transport and Logistics, HKSAR Government, said, “The launch of autonomous trucks not only marks a key milestone for the development of Hong Kong’s container terminals, but also signifies a pivotal step in the smart transition of Hong Kong’s port industry. This innovative initiative is a proactive response to the Government’s vision for promoting green and smart shipping, setting a good example for promoting the sustainable development and technological advancement of the Hong Kong Port.” Ivor Chow, Chief Executive Officer of HPH Trust and Managing Director of HIT, said “Today, we are not just launching a fleet of trucks; we are launching a new generation of port technology. These AI-powered, 5G-connected Autonomous Trucks are designed to operate seamlessly alongside conventional vehicles, marking a significant step forward for Hong Kong as a smart, green maritime hub. This initiative advances the smart transformation of the logistics industry in line with the National 15th Five-Year Plan and aligns with the HKSAR
Apr 27, 2026 · via cyprusshippingnews.com
Abstract Substantial efforts have been made to modernize and decarbonize the waste collection industry. Smart sensor-based waste collection (SWC) systems have been developed to optimize collection routes based on the actual waste levels in bins, thereby reducing service frequency, fuel consumption, and air pollution. To date, there has not been a fully functional commercial SWC system due to the complexity and limited practicality of such a hardware-intensive design. Alternatively, this study presents an innovative cloud-based approach in which historical waste generation data from onboard-truck sensors replaces bin sensor data. The proposed knowledge-based waste collection (KWC) system incorporates machine learning for waste forecasting, expert bin selection, route optimization, and autonomous navigation. The system was simulated in an actual residential district to collect recyclables over three scenarios: conventional, SWC, and KWC. Historical data were used to train various machine learning algorithms, including generalized linear models, support vector machines, deep neural networks, gradient-boosted trees (XGBoost), and random forests to predict daily waste generation per bin. The heuristic bin-selection algorithm selected the bins to be served based on the actual and forecasted waste quantities in SWC and KWC, respectively. XGBoost achieved the highest prediction accuracy, with a 4.2% relative error and a root mean square error of 0.47, owing to its enhanced ability to handle nonlinear interactions among variables and produce unbiased predictions. KWC significantly reduced the travel distance by 60.9%, the number of collected bins by 89%, and the number of collection days by 10%. The implementation of connected and autonomous vehicles significantly improved the system, reducing the total delay by 90%. Moreover, a life cycle costing analysis revealed that, compared with conventional collection, the 5% reduction in travel expenses in SWC was insufficient to offset the cost of bin sensors, whereas KWC achieved a 63% cost reduction by replacing hardware-intensive components with
Apr 26, 2026 · via nature.com
Elon Musk warns millions will need hardware upgrades for driverless FSD Quarterly figures came in near expectations, but hardware limits and costly upgrades threaten FSD rollout. Investors now weigh service costs and production plans. According to Techcrunch Tesla’s latest financial results delivered mixed signals: most figures met expectations, but free cash flow was about $1.4 billion, which gave the shares a short-term boost; revenue approached analysts’ estimates or slightly exceeded them, depending on the sample. During the earnings call, Elon Musk admitted that millions of Tesla owners will have to install hardware updates to run the upcoming version of Full Self-Driving that does not require human supervision. According to senior reporter Sean O’Kane, Hardware 3 owners for years had pressed for a clear answer on the possibility of using an expanded version of FSD, but Tesla has not released it yet and has not confirmed a release date. Hardware 3 devices were released between 2019 and 2023. “Millions of Tesla owners will need to upgrade their hardware to run a future, more capable version of the Full Self-Driving software that does not require human supervision.” – Elon Musk Key Takeaways and Prospects Musk also stressed that the company may be compelled to roll out microfactories in several cities to service potentially millions of vehicles. Microfactories – yes, it won’t be cheap, and this could be folded into Tesla’s capital expenditure budget, which this year rose to $25 billion. In an internal Redwood Materials memo, sent by founder and CEO JB Straubel, the memo discussed cuts and restructuring; about 135 employees were laid off, and turnover among top executives also rose. According to the same material, Humble Robotics – a Silicon Valley startup developing an autonomous truck driver without a driver – raised $24 million in a seed round, led by
Apr 26, 2026 · via mezha.net
Fortescue is marching towards zero emissions as it invests in new, zero-emission mining equipment options across its global operations. And that investment? It’s already paying off. One analyst says the company’s saving almost $400 million in fuel costs alone. Each year. UPDATE 26APR2026: $400 million was BEFORE the war in Iran! The business case for electrifying ultra class heavy haul trucks was already pretty solid when this piece was originally written late last summer – and since US President Trump’s attacks on Iran triggered the closing of the Strait of Hormuz and spiked global fuel costs for the foreseeable future, that case has only gotten stronger. As we’ve seen with smaller domestic fleets in the US, the fuel savings from switching to electric can be hugely significant, but still measured in the thousands. For a mining giant like Fortescue, however, even small swings in fuel prices can translate into massive, multi-million dollar impacts to the company’s bottom line. In that context, electrification isn’t just about decarbonizing and reducing air pollution – it’s about sustainability of a different kind: the ability to sustain your business without exposing to geopolitical risks, supply chain disruptions, and price shocks that companies can’t control. You can check out the original article, below, then let us know what you think is going through big diesel fleet operators’ minds right now, in the comments. ORIGINALLY PUBLISHED 12SEP2025 From massive, Liebherr-built electric haul trucks and excavators to more than $400 million in Chinese equipment from XCMG, Fortescue is putting its money where its mouth is and making real efforts to decarbonize its global mining operations. “We’re moving rapidly to decarbonize our Pilbara iron ore operations and eliminate our Scope 1 and 2 terrestrial emissions by 2030. To achieve this target, we will need to swap out hundreds of
Apr 26, 2026 · via electrek.co
‘I Just Found Out’: Man Buys Ford F-150. Then He Realizes It’s Snitching On Him To His Insurance “They collect all your driving data." For many drivers, dealing with insurance rates can feel like an unpredictable and unwinnable battle against unseen forces who may be watching their habits throughout the day. One Ford F150 owner on Facebook claims to have discovered one of the methods used to gather data about drivers, and wants to show you how to keep your info out of their hands. The clip from creator Matt Randolph, who goes by Mr Global online, goes into detail about past battles some automakers have had around the issue of individual driver data collection. Randolph doesn't share how he discovered that his driving habits were being shared, but he wasn't happy about it and wanted to let others know about the methods he used to disable the data-sharing capabilities on his truck. “They collect all your driving data, your habits and everything else, and share it with whoever, mainly your insurance company, so they can charge you more money,” Randolph said in the clip that's been viewed more than 1.3 million times. “If you have a vehicle that is or can be connected to Wi-Fi and you don't want them sharing your driver data, you might wanna check out how to turn that off.” Do Fords Tell On You To Your Insurance Company? In the video, he shifts the camera toward the center screen and begins tapping through the menus in real time, narrating as he goes. The process isn't buried behind anything that looks especially technical. A few selections in, Randolph arrives at a submenu tied to the trucks connecting features, which are the kind of place most drivers probably don't spend much time exploring after the initial
Apr 26, 2026 · via motor1.com
The Business Research Company's Robotic Haul Lorry Market forecast to reach $3.4 Billion by 2030 with a 15% CAGR. LONDON, GREATER LONDON, UNITED KINGDOM, April 26, 2026 /EINPresswire.com/ -- "The robotic haul lorry market is experiencing swift expansion as industries increasingly turn to automation for improved efficiency and safety. These advanced vehicles, which operate with minimal human involvement, are revolutionizing material transport across sectors like mining, construction, and logistics. Let’s explore the market’s current size, key growth factors, regional leaders, and the trends shaping its future. Robotic Haul Lorry Market Size and Anticipated Growth The market for robotic haul lorries has seen significant growth in recent years. It is projected to increase from $1.7 billion in 2025 to $1.95 billion in 2026, reflecting a compound annual growth rate (CAGR) of 14.8%. This upward trend during the historical period has been driven by heightened demand for automation in sectors such as mining and construction, rising labor expenses coupled with operator shortages, adoption of semi-autonomous haul trucks, enhanced focus on operational safety, and expansion of heavy-duty vehicle fleets. Download a free sample of the robotic haul lorry market report: Looking ahead, the market is expected to grow rapidly, reaching $3.41 billion by 2030 with a CAGR of 15.0%. The forecasted growth is largely fueled by the increased deployment of fully autonomous robotic haul lorries, greater incorporation of AI-driven control systems, rising demand for electric and hybrid payload vehicles, expanded use of predictive maintenance and analytics tools, and broader adoption within oil, gas, and logistics industries. Key trends anticipated include the rise in hybrid-powered robotic haul lorries, deeper integration of predictive maintenance technologies, stronger emphasis on remote monitoring and diagnostics, growth in payload-specific autonomous vehicles, and wider deployment in ports and logistics operations. Understanding Robotic Haul Lorries and Their Functionality Robotic haul lorries
Apr 25, 2026 · via mycarrollcountynews.com
CiDi 2025 mining truck autonomy report: key integration lessons for engineers Reviewed by Tom Sullivan First reported on International Mining – News 30 Second Briefing CiDi Inc’s 2025 full-year report shows revenue rising from RMB410 million as it scales autonomous haulage systems for mining fleets in China and overseas, competing with EACON Mining, Shanghai BOONRAY, TAGE Idriver and WAYTOUS. The company is deploying retrofit autonomy kits and full-drive‑by‑wire platforms on large rigid and wide‑body trucks, targeting multi‑truck fleets in open pits. Reported challenges include integrating mixed fleets from different OEMs, maintaining reliable GNSS and perception in deep pits, and aligning autonomy roll‑outs with existing haul road geometry and dispatch systems. Technical Brief - CiDi’s autonomy stack is being deployed on both large rigid and Chinese-style wide-body dump trucks. - Retrofit kits interface with existing hydraulic and mechanical controls rather than requiring full truck replacement. - Full drive‑by‑wire platforms are being developed in parallel for new-build autonomous‑ready haul trucks. - Software must handle heterogeneous control protocols and CAN bus architectures across multiple OEMs. - Deep-pit deployments require robust GNSS augmentation and multi-sensor fusion to mitigate satellite occlusion. - Perception systems are tuned for dust, fog and low‑visibility conditions typical of high‑production open pits. - Integration with legacy fleet management and dispatch software is a key constraint on rollout sequencing. Our Take CiDi Inc’s RMB 410 million revenue base and its recent MoA with MMD Group to integrate autonomy into the TraxIQ platform suggest it is shifting from a pure software/autonomy supplier towards embedded OEM-style roles in materials handling fleets. EACON Mining’s autonomous Komatsu HD1500 trials at Norton Gold Fields in Western Australia, covered in several related pieces, indicate that Chinese-origin autonomy vendors are now proving systems in Tier-1 jurisdictions, which will matter for how CiDi, TAGE Idriver, WAYTOUS and others frame
Apr 25, 2026 · via geomechanics.io
Volkswagen Saleswoman Gives Man Quote For New Car. Then He Says He Has To Ask His ChatGPT: 'I've Seen Them' 'Sign of the times.' For some industries, the artificial intelligence bubble has burst before it even had a chance to inflate. Take OpenAI’s Sora, which canceled a $1 billion deal with Disney for video creation after further investigation revealed that the resource-heavy tools outpaced any monetization from creating clips from prompts. But that doesn’t mean there still aren’t usage scenarios where AI has proven its usefulness. When it comes to quickly scanning, compiling, and synthesizing available data, it’s a powerful tool for folks who input specific prompts to answer their questions, like car buyers using it to find the best price on the car they’re shopping for. That’s what a Volkswagen sales rep and TikTok user named Sofia (@sofialikescars) said one of her clients did after test-driving a vehicle. And she didn’t know how to react. Customer Holds off on New Car Purchase to Consult with ChatGPT In a social media post uploaded on March 21, Sofia delineated her interaction with the prospective car buyer in question. She says that following the test drive, she gauged the customer’s interest in purchasing the ride. And his response left her unsure of how to react. “I had a brand new objection today that I’ve never had before, and I’m curious what your thoughts are on it," she says in the video. "So I test drove the car, went over every little thing, and then when I finally asked for their business and said, 'Anything I could do today to make you happy to put a deal together?' They said, 'Well, no, I wouldn’t be buying a car today.' And I was like, 'Oh, OK, is there any way I can help you
Apr 25, 2026 · via motor1.com
The Alliance Logistics District’s creation was announced in November as a partnership between Burlington Northern Santa Fe Railway, Hillwood, a real estate development company, and Fort Worth. “[This is] a first-of-its-kind district that enables advanced logistics operations, including autonomous and heavy-haul freight movement,” said Nicholas Konen, vice president of strategic development at Hillwood. The Alliance Logistics District is one of the latest developments in the master-planned community that Hillwood launched, known as AllianceTexas. It consists of three streets: Mobility Way, Distribution Drive and Intermodal Parkway. The streets are designed so that only vehicles carrying cargo can use them, with the goal of faster and more cost-effective transportation through autonomous and semiautonomous shuttles, according to a Hillwood news release. Konen said the district should reduce congestion on nearby public roadways and lower operational costs that would impact customers. AllianceTexas has had a cumulative economic impact of $142.9 billion since it opened in 1990, according to a Feb. 24 presentation given to Fort Worth officials. Local communities have invested an estimated $4.55 billion in property taxes since the opening of AllianceTexas, according to its most recent economic report. “The partnership between Hillwood and the city and all of our other public partners is stronger and more active than it’s ever been,” Hillwood President Mike Berry said. The features Konen said the logistics district provides a more predictable environment for the technology than traditional public roadways would. “This controlled setting allows for safer integration of advanced vehicle technologies while maintaining oversight and adaptability as conditions change,” he said. The vehicles used at the logistics district are designed for predictable freight movements between facilities and warehouses, Konen said. Aurora, a self-driving technology company, will start a new driverless trucking service from Fort Worth to El Paso this year, according to a company news release.
Apr 25, 2026 · via communityimpact.com
[Stay on top of transportation news: Get TTNews in your inbox.] Volvo Raises Europe Truck Market Forecast After Orders Jump OEM Expects 310,000 Units This Year, Up From 305,000 Bloomberg News Volvo AB lifted its outlook for the European truck market after orders increased, with business activity also improving in the Americas. Global order intake jumped 14% in the first quarter, the Swedish manufacturer said April 24. It now sees Europe’s heavy-duty truck market at 310,000 units this year, from 305,000 previously. Volvo also increased forecasts for India and Brazil, and cited growth in the global construction market. The company’s shares rose as much as 2.6% in Stockholm. The stock is up around 11% this year. Volvo and its peers Daimler Truck Holding AG and Traton SE are recovering from a longer period of muted demand. Volvo had already raised its outlook for Europe’s heavy-duty truck market in January after signs of stabilization emerged toward the end of last year. Still, the manufacturer reported lower net sales and operating income in the three months through March as deliveries decreased 3%. That was due to declines in South America and Asia as well as a number of production halts in North America, where it owns the Mack brand. The recent increase in orders in that region means output will be in better balance starting in May, Volvo said. The Middle East conflict has not caused any major disruptions in Volvo’s supply chain, the company said, adding that it will monitor how it may affect demand down the road.
Apr 25, 2026 · via ttnews.com
ElectraLith: DLE through electrodialysis ElectraLith is an Australian company that has developed a method for direct lithium extraction (DLE) through electrodialysis, utilizing a bipolar membrane. ElectraLith presented on this technology at the Direct Lithium Extraction Summit UK. IDTechEx discusses this technology's potential. ElectraLith: DLE through electrodialysis
Apr 24, 2026 · via idtechex.com
Hyundai Is Already Testing Its Next High-Performance Engine Hyundai says the engine will have 'improved power and response characteristics.' The Breakdown: - Hyundai will publicly test its next-generation high-performance N engine during the 24 Hours of Nürburgring. - The engine has ‘improved power and response characteristics.’ - The current turbocharged 2.0-liter engine makes 276 horsepower in the Elantra N. Next month, Hyundai will begin publicly testing its next-generation high-performance N engine. The automaker is putting the motor in two Elantra N race cars that will compete in next month’s 24 Hours of Nürburgring. The automaker said it wants to validate the new powertrain’s "performance and durability in extreme conditions," but specific details remain elusive. All Hyundai will say about the next-gen engine is that it features "improved power and response characteristics... while meeting emissions regulations." A decade ago, Hyundai did this exact thing, putting a prototype engine in an i30 to compete in the 24 Hours of Nürburgring. A year later, the automaker would begin producing the turbocharged 2.0-liter four-cylinder engine. It is the engine that currently powers the Elantra N, delivering 276 horsepower and 289 pound-feet of torque. Sedans equipped with the dual-clutch automatic feature N Grin Shift, which boosts output to 286 hp for 20 seconds. Compared to other performance compacts, the Elantra N is down on power. The Civic Type R, which is also far more expensive, makes 315. The Golf GTI, which has a similar starting price to the N, makes 241 hp, while the pricier Golf R produces 328 hp. Motor1’s Take: We wouldn’t be surprised if Hyundai’s next N engine delivers around 300 hp, but we don’t expect much more than that. It sounds like this will be an evolution of the current powertrain instead of a complete redesign, so the updates could be
Apr 24, 2026 · via motor1.com
The global logistics landscape is undergoing an important evolution as a result of the rapid development of autonomous transportation systems and artificial intelligence. The Russian Navio unmanned mainline tractor has successfully completed a journey of nearly 2,800 kilometers without a human pilot inside the cabin, marking a significant milestone. This achievement, which was accomplished at the FSUE NAMI testing grounds, represents a substantial advancement in the direction of completely autonomous freight transportation. This is not just a controlled experiment; it is a strong indication that driverless transportation is on the brink of real-world viability. A Driverless Performance That Sets a New Record Under full AI control, the Navio autonomous tractor traveled approximately 2.8 thousand kilometers, reaching speeds of up to 83 km/h. The absence of human intervention is what differentiates this test. The vehicle was not operated by a driver, nor was a remote operator present to provide guidance. The onboard artificial intelligence system made all decisions, including navigation and acceleration. Ensuring that the system could operate consistently in a variety of visibility scenarios, the experiments were conducted in both daylight and nighttime conditions. This dual-condition testing is indispensable, as long-haul logistics operations often operate continuously, regardless of illumination or time. The system’s functionality and stability over extended operational periods are demonstrated by such endurance testing over lengthy distances. Addressing Actual Driving Obstacles The unmanned tractor executed a variety of complicated driving maneuvers that are essential for real-world deployment throughout the testing phase. These included the following: stopping at traffic signals, obstacle avoidance, and lane adjustments. The system is required to interpret the dynamic surroundings and respond in real time for each of these duties. In contrast to controlled test tracks with minimal variables, these scenarios replicate actual traffic environments in which unpredictability is the norm. The technology’s maturity is
Apr 24, 2026 · via frontierindia.com
Amazon Expands Zero-Emission Logistics with Einride EV Trucks Edited by Mursal Rahman — April 24, 2026 — Autos This article was written with the assistance of AI. References: cnbc & techcrunch Amazon’s expansion of electric freight within its Relay network highlights a growing shift toward fully electrified middle-mile logistics. By integrating heavy-duty electric trucks from partners like Einride, the company is reducing reliance on traditional fuel-powered fleets while improving operational efficiency. These trucks are supported by smart routing and charging software, allowing for optimized delivery schedules and reduced downtime across warehouses, ports, and distribution hubs. The use of a centralized digital platform also streamlines how drivers and loads are matched, creating a more flexible and responsive logistics system. From a business standpoint, this approach can significantly lower fuel and maintenance costs while helping companies meet sustainability goals. It also strengthens supply chain resilience by reducing exposure to fuel price volatility. As large players scale electric fleets, competitors may be pushed to accelerate their own electrification strategies, invest in infrastructure, and adopt more data-driven logistics systems to remain competitive. Image Credit: Einride From a business standpoint, this approach can significantly lower fuel and maintenance costs while helping companies meet sustainability goals. It also strengthens supply chain resilience by reducing exposure to fuel price volatility. As large players scale electric fleets, competitors may be pushed to accelerate their own electrification strategies, invest in infrastructure, and adopt more data-driven logistics systems to remain competitive. Image Credit: Einride Electric trucks in delivery networks Helps decide what angles to cover on electric freight (adoption timeline, what benefits matter, and which investments readers expect companies to make). 1 / 3 When did you last notice a delivery company talk about electric trucks? 2 / 3 If you ran a shipping network, how likely would you be
Apr 24, 2026 · via trendhunter.com
Amazon’s expansion of electric freight within its Relay network highlights a growing shift toward fully electrified middle-mile logistics. By integrating heavy-duty electric trucks from partners like Einride, the company is reducing reliance on traditional fuel-powered fleets while improving operational efficiency. These trucks are supported by smart routing and charging software, allowing for optimized delivery schedules and reduced downtime across warehouses, ports, and distribution hubs. The use of a centralized digital platform also streamlines how drivers and loads are matched, creating a more flexible and responsive logistics system. From a business standpoint, this approach can significantly lower fuel and maintenance costs while helping companies meet sustainability goals. It also strengthens supply chain resilience by reducing exposure to fuel price volatility. As large players scale electric fleets, competitors may be pushed to accelerate their own electrification strategies, invest in infrastructure, and adopt more data-driven logistics systems to remain competitive. Electric Freight Networks Amazon Expands Zero-Emission Logistics with Einride EV Trucks Trend Themes - Electrified Middle-mile Logistics — Widespread adoption of heavy-duty EV trucks in middle-mile routes creates potential for lower operating costs and material shifts in fleet ownership and maintenance models. - Smart Charging and Routing — Optimized charging schedules and AI-driven route planning open possibilities for reducing downtime and enabling trucks to act as flexible grid assets during off-peak periods. - Centralized Digital Freight Platforms — A unified digital layer for driver-load matching and fleet telemetry enables new marketplace models and dynamic capacity allocation across distributed warehouses and hubs. Industry Implications - Third-party Logistics Providers — Logistics service companies face transformation as electrified fleets and data-centric operations shift value toward software-enabled coordination and asset-light models. - Port and Terminal Operations — Port ecosystems may experience operational reconfiguration as electric vehicle charging demand and predictable EV routing alter cargo throughput patterns and
Apr 24, 2026 · via trendhunter.com