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Paper Transport celebrates millions of miles powered by natural gas

EVANSVILLE, Ind. — Paper Transport (PTI) rigs have traveled more than 70 million miles on compressed/renewable natural gas (CNG/RNG), a fact that PTI officials are eager to share with the world. “At PTI, sustainability isn’t just a goal; it’s a way of doing business,” said CEO Ben Schill. “The technology and processes are here today to make a difference for generations to come. It’s time to act on what is available to us now.” Since its inception in 1990, PTI has worked to integrate new technology into its fleet, and in 2011 the company purchased its first CNG truck. “For one of its large consumer products manufacturers, PTI combined Intermodal with asset-backed RNG trucks for drayage, successfully removing 2,419 tons of greenhouse gases from supply chains, significantly contributing to environmental preservation efforts,” a news release states. “RNG offers reliability, cost-effectiveness and scalability, making it an ideal choice for businesses looking to minimize their environmental impact while meeting customer demands. With each RNG truck having the equivalent impact of removing three diesel trucks from the road, PTI is leading the charge toward a greener future.” PTI recently announced three new sustainability initiatives aimed at further reducing fuel consumption and optimizing operational efficiency: Mileage Goal: By the end of 2024, PTI aims to move 74 million miles with natural gas, saving 725,540 diesel gallons of fuel use. Driver Incentive Program: PTI is rewarding drivers for efficient driving and fuel conservation, to save 114,285 gallons of annual fuel consumption through best-in-class efficiency by the end of 2024. Route Optimization: PTI officials say they are committed to loading every mile via route optimization, backhaul load solicitation and collaboration with dedicated customers. By the end of 2024, PTI aims to load 80% of empty dedicated miles, turning 715,000 gallons of would-be burned empty miles into loaded miles. “We’re encouraged by shippers’ recognition of proven alternative fuels like RNG/CNG,” said Jared Stedle, PTI’s chief commercial officer. “While (battery electric vehicles) BEVs are increasingly present in transportation, local applications, such as intermodal drayage, remain ideal for their shorter run and return-to-base nature. Shippers can collaborate with carriers like PTI to adopt RNG as an alternate fuel, leveraging existing technology and infrastructure. Natural gas applications are economically viable today and can effectively replace diesel fuel in longer-range scenarios without sacrificing payload capacity.” Click here to learn more about PTI’s sustainable solutions initiatives.

Impending EPA mandates for Class 8 trucks could be spurring pre-buys

Sales of new Class 8 trucks fell further behind last year’s pace in March, according to data received from Wards Intelligence, just as analysts expected. Manufacturers reported sales of 19,658 trucks in March — 11.6% better than February’s 17,619 but 20.9% behind sales in March 2023. For the first quarter of 2024, reports show 55,871 total Class 8 trucks sold, a pace that is now 13.9% behind the same three months of 2023. While analysts have predicted a slowdown in truck sales, especially in the second half of 2024, March sales might be considered defiantly strong. If the problem of persistent low freight rates is caused by too many trucks (indicating an overcapacity for available loads), and the answer is fewer trucks, then why is the industry stubbornly buying more trucks? Kenny Vieth, president and senior analyst at ACT Research says private fleets are driving the buying. “Our answer over the past year has been private fleets, who have reclaimed freight from load boards and taken market share from for-hire markets,” he said. Companies that haul their own products aren’t as susceptible to market variations as for-hire fleets, and they can better estimate their costs for moving their products to market. Unfortunately, that means there are fewer loads posted for carriers to haul — resulting in increased competition for the loads that remain. Additionally, private fleets that seek backhauls are a part of the competition. The U.S. Environmental Protection Agency (EPA) is another factor — specifically, the next round of EPA mandates that will go into effect with the 2027 model year. New technology will be used to further reduce emissions of pollutants and greenhouse gases and to increase fuel mileage. When new technology was introduced with the 2007 models, a massive pre-buy of 2005 and 2006 models occurred as carriers, were worried about the costs and reliability of 2007 trucks, stocked their fleets with earlier-year models. To help alleviate similar concerns with the 2027 models, the government mandated that manufacturers provide more warranty coverage for problems that may arise. In doing this, however, another incentive to pre-buy was created — cost. “Current estimates are putting the Day 1 cost of the mandate, inclusive of taxes, at around $30k per Class 8 unit,” Vieth said. “Most of that added cost is tied to the warranty and useful life extensions.” Pre-buying is undoubtedly responsible, in part, for the stubbornly strong orders for new trucks, too. On the North American market, 18,200 orders were placed for new Class 8 equipment in March, according to FTR Transportation Intelligence. That’s down 34% from February order numbers but only 4% lower than March 2023 numbers. Seasonally, orders usually fall off in March, so the decline was not unexpected. “Order levels in March were below the historical average but remained in line with seasonal trends,” said Eric Starks, FTR’s chairman of the board. “Demand is not declining rapidly, but neither is the market doing significantly better than replacement level demand.” North American order numbers for Class 8 trucks are also impacted by the “nearshoring” happening in Mexico. Companies are moving manufacturing and warehousing operations from Asia and other points to take advantage of low-cost labor and reduce shipping cost and delays to U.S. markets. Portions of Northern Mexico are booming with construction of these new facilities. On the used truck market, sales remained strong in March, according to ACT’s latest State of the Industry: U.S. Classes 3-8 Used Trucks. The report indicates the number of units moved in March increased by 4% over February numbers, even as sales were 4% lower than in March 2023. The better news for potential buyers is that trucks sold in March were, on average, 20% cheaper than they were a year ago, with fewer miles on the odometer and less age. Those in the industry that rely on used equipment will find better deals these days, but those that must borrow to finance those deals will find that interest rates are higher and lenders are much more selective about approving loans. A recent release from Commercial Truck Trader revealed interesting information about today’s truck buyer. The company lists nearly 300,000 trucks and trailers for sale daily; about 30,000 of those are Class 8 vehicles. According to the release, today’s commercial vehicle buyer is younger, with 68% of the reported demographic being from Generation X and Millennials (1965-1980). Additionally, 32.5% are women. A breakdown of Class 8 buyers compared with other classes wasn’t available, but Charles Bowles, director of commercial truck OEM and strategic Initiatives, indicated a similar trend in that group. “In other words, the average truck buyer and driver is becoming younger and more diverse. “This is really a reflection of how the industry has had to respond to driver shortages by appealing to a broader base,” Bowles said. Of the new Class 8 trucks sold on the U.S. market in March, Freightliner led the way, reporting sales of 7,214, followed by Kenworth at 3,142, Peterbilt at 3,140, Volvo at 2,016, International at 1,945, Mack at 1,388 and Western Star at 806. Hino reported sales of 7 Class 8 units, all day cabs. Although all manufacturers together reported 20.9% lower sales in March than in February, the two PACCAR companies had the smallest declines, while Western Star actually gained sales. For the year to date, Freightliner’s 21,576 sold was good for 38.6% of new, Class 8 sales on the U.S. market. Peterbilt’s 8,750 claimed 15.7% while Kenworth’s 8,419 was good for 15.1% of the market. International reported first quarter sales of 5,654 to take 10.1%, followed by Volvo with 5,581 at an even 10%. Mack was responsible for 3,348 trucks or 6.0%, while Western Star’s 2,521 held 4.5% of sales. Kenworth and Peterbilt have increased their market shares from last year by 1.5% and 2.2%, respectively, perhaps due to more private fleet buying. Volvo and Western Star have also gained market share. Freight rates are expected to begin rising slowly in the second half of the year as truck buying slows, but as pre-buying increases, the reduction in capacity will be slowed.

Zep introduces new vehicle wash

ATLANTA — Zep has unveiled its Pro-Wash N’ Wick vehicle wash, which is ideal for large trucks, company officials said. The Pro-Wash N’ Wick “promises a high-gloss, spot-free finish with minimal effort” by using its high-pressure sprayer applications, such as pressure washers, truck wash facilities, foaming equipment and drive-through friction or touchless gantry systems, according to a news release. “This ensures versatility and ease of use in commercial washing scenarios,” the news release states. “The Pro Wash N Wick is distinguished by its high-foaming formula, which effortlessly cuts through the most vital road film, diesel exhaust, bugs, soils, and other icky residue you might pick up on the road.” The non-silicone formula also saves drivers time and cost “by streamlining the cleaning process and inventory needs,” Zep touts. “Pro Wash N Wick represents Zep’s commitment to innovation and our understanding of the needs within the vehicle wash industry,” said Lauren Houser, Zep’s vice president of marketing. “This product is designed to make vehicle washing more efficient and effective for businesses, providing a comprehensive cleaning solution that enhances appearance and maintains the condition of fleets over time. It underscores our dedication to delivering high-quality, efficient products, keeping fleets cleaner for longer, and saving businesses significant time, energy and resources.”

Volvo Trucks North America filling new tractors with vegetable oil at Virginia plant

GREENSBORO, N.C. — Volvo Trucks North America is fueling newly assembled trucks with hydrotreated vegetable oil (HVO), a renewable fuel, as they depart from the Volvo Trucks New River Valley Assembly Operations (NRV) in Dublin, Virginia. All Volvo trucks for the North American market are produced at the NRV plant, including the all-new Volvo VNL, which will begin production later this summer, according to a news release. This initiative, Volvo officials say, is part of the company’s broader strategy to decarbonize the trucking industry. “Today and for the foreseeable future there will not be a one-size fits all approach to decarbonizing transportation,” said Peter Voorhoeve, president, Volvo Trucks North America. “That is why, at Volvo Trucks, we are focused on the three-pillar strategy with battery electric, hydrogen fuel cell and renewable fuels in the internal combustion engine. With the all-new Volvo VNL and by utilizing HVO, we can make the most substantial and immediate impact today. There is a future for the ICE and we’re happy to be doing all factory fills with renewable fuel, an important step towards walking the talk in our sustainability journey.” HVO is a renewable fuel that can be used in the same engine as fossil-based diesel without requiring engine modifications. Produced from renewable sources such as waste vegetable oils and animal fats, HVO has the same chemical structure as fossil-based diesel so it can be used as a direct replacement to reduce greenhouse gas emissions while maintaining engine performance. By utilizing these waste products as feedstocks, HVO production can promote a more sustainable circular economy by converting waste into valuable fuel, according to Volvo. Unlike first-generation biofuels, these raw sources are processed using hydrotreatment to achieve high levels of purity, allowing HVO to be stored, used, pumped and handled virtually the same way as fossil-based diesel products. Because HVO is hydrogenated, it doesn’t contain oxygen and does not present the challenges of first-generation biofuels, including biodiesel, relating to extreme temperature and storage. “This is an added benefit of HVO as it does not require separate storage or fueling infrastructure,” the news release states. “HVO, often referred to as renewable diesel, can be used interchangeably with petroleum diesel. Renewable diesel at any blend up to a maximum of 100% (RD100) that conforms to ASTM D975 or EN15940 will not adversely affect engine or aftertreatment performance or durability.” Volvo Trucks is fueling new trucks leaving the NRV plant with 20 to 25 gallons of HVO per tank, with full tanks provided for trucks destined directly to customers. This initiative is expected to replace 1,125,000 gallons of fossil-based diesel annually, achieving an estimated 75% to 85% reduction in CO2 emissions for Volvo Trucks’ operations in North America. “The internal combustion engine has more than 100 years of research and development and established support in the industry. It must be part of the decarbonization journey and major, immediate decarbonization possibilities exist by using renewable fuels, including HVO and hydrogen,” said Johan Agebrand, director of product marketing at Volvo Trucks North America. “Volvo Trucks continues to work with the industry to broaden the use of renewable fuels. Fuels produced using hydrotreatment process such as, HVO and RD100, can be interchangeable with diesel and is a viable fuel to decarbonize transportation truck operators can start using today.”

ATRI: Renewable diesel benefits outweigh those of electric for trucking

WASHINGTON — A new report by the American Transportation Research Institute (ATRI) analyzing renewable diesel (RD) as an alternative to battery electric vehicle (BEV) trucks has found that when trucks using RD are converted to BEV, there is “a significant negative environmental impact.” Additionally, the report highlights operational benefits for trucking when using RD as an alternative, as well as significant infrastructure and new vehicle cost savings. “My company quickly and successfully transitioned to renewable diesel in April of last year. ATRI’s research offers concrete evidence that this move is better for the environment and easier to achieve than other low-carbon options,” said Andy Owens, CEO and Manager of A&M Transport of Glendale, Oregon. Overall, ATRI estimated that a transition to BEV for long-haul trucking will cost over $1 trillion in electric infrastructure and vehicle purchase costs over 15 years. However, to achieve similar CO2 benefits with RD, ATRI estimates a price tag of $203 billion, a significant cost savings for achieving the same environmental benefits. Since RD is considerably more scalable than BEV and can be deployed immediately in trucks without modifications, it is likely that CO2 benefits using RD can be achieved on a much shorter timeline than with a BEV transition. This analysis is a follow-up to findings from past ATRI research on the topics of zero-emission vehicles and electric infrastructure challenges. In those past reports, ATRI utilized the U.S. Department of Energy’s GREET Model to confirm renewable diesel as a promising solution for lowering the trucking industry’s CO2 emissions. While both RD and BEV pathways have implementation costs, the report concludes that relying on BEV to decrease CO2 emissions is nearly six times more expensive than using RD. In the report, RD and BEV pathways are evaluated on three criteria: Environmental Benefits Operational Capabilities Financial Viability A copy of the full report is available through ATRI’s website here.  

Tech provider launches software that allows facility managers to reduce trucks’ backing speed in lots

INDIANAPOLIS — Reducing the speed at which trucks can travel in reverse while in company-specified speed zones can help lower the risk of backing accidents, according to E-SMART, a provider of dynamic speed management systems. “By some estimates, backing crashes represent about 30 percent of commercial vehicle accidents, and most of those are preventable,” said Joe Thell, senior vice president at E-SMART. On April 22, in an effort to help prevent lot crashes, the company announced the launch of the new E-SMART Reverse feature. “With E-SMART Reverse, we can help make yards even safer,” Thell said. “By enabling the ability to limit backing speeds in company specified speed zones, this latest feature of our Dynamic Speed Management technology reduces the all too frequent occurrence of backing accidents.” A customer-driven feature built on E-SMART’s Dynamic Speed Management solution for private facilities, E-SMART Reverse allows companies to set speed limits for commercial vehicles on their properties. It adds the ability to set maximum reverse speeds in geofenced locations. If a driver attempts to go faster in reverse than allowed within a company specified speed zone, E-SMART limits the throttle and prevents the vehicle from exceeding the threshold. According to a statement released by E-SMART, the system determines the location of vehicles in real time and allows fleets to manage and customize vehicle speeds to specific speed limits using the E-SMART customer portal. The E-SMART system communicates with an ECU that is installed in the truck to control the throttle. E-SMART integrates with onboard telematics units to provide drivers with verbal notifications and an enhanced user experience. To find out more, click here.

March orders reflect slowing capacity in Class 8 truck market, says ACT

COLUMBUS, Ind. — According to ACT Research’s latest State of the Industry: North American Classes 5-8 report, released April 22, final March Class 8 net orders totaled 17,410 units (17,200 seasonally adjusted), down 8.4% year over year. Total Classes 5-7 orders rose 23% year over year to 25,359 units (23,400 seasonally adjusted). “March orders may finally indicate a slowdown in capacity additions, a requisite for the freight market to turn, after a year of growth that defied typical fundamentals,” said Kenny Vieth president and senior analyst at ACT. “Though we note, Q2 and Q3 are the weakest points in the calendar for orders, so the call is not prescient.” Year over year, tractor orders In the U.S. were down 1.3% with a total of 10,400 units. The vocational market for Class 8 trucks fell 2% to 5,300 units. “Between strong production and softening U.S. tractor sales the past six months, Class 8 inventories have risen substantively,” Vieth said. “Since last September, Class 8 inventories have risen nearly 15,000 units, hitting another four-year high in March.” In March, Class 8 build totaled 29,854 units. That’s down 5% year over year, but because of Easter, March had three less production days this year. Total Class 8 retail sales were down 13% year over year at 25,942 units. Classes 5-7 inventories remained highly elevated in March, as medium-duty bodybuilder labor and supply-chain challenges persist,” Vieth said. “Inventory totaled 89,360 units on a nominal basis, up 22% y/y. Retail sales remained healthy at 20,320 units.

Safety Series: Are you ready for International Roadcheck 2024?

Let’s face it: No driver enjoys being stopped and going through a Department of Transportation (DOT) inspection. However, those inspections help ensure that truck owners and drivers stay on top of equipment maintenance and repair that could very well save lives. In addition to the mechanical aspects of an inspection, drivers must be prepared to present required documents and records, such as their commercial driver’s license (CDL), ELDs, medical evaluation certificates and more. While some in the industry may question the reasoning behind inspection blitzes like the Commercial Vehicle Training Alliance’s (CVSA) yearly International Roadcheck — which is scheduled for May 14-16 this year — the results of the inspections would appear to justify the need for the event. During the 2023 Roadcheck, a total of 59,429 vehicles were inspected. Of those, 19% were placed out of service (OOS) because of a critical defect. That means that, on average, nearly 1 out of every 5 commercial motor vehicles (CMVs) was taken off the road because of safety violations. On top of that, 3,256 drivers were placed OOS for having at least one qualifying violation. Be aware of Roadcheck dates, focus areas It’s important to note that the International Roadcheck is never a surprise for drivers or fleet operators; the CVSA publicizes the dates well ahead of time, and the focus areas of the event are released at least a month before the inspection dates. Trucking publications across North America, including The Trucker, work to get the word out to those in the industry. While the International Roadcheck is a useful tool to help keep drivers safe on the road, keep in mind that the violation stats released following the event don’t accurately reflect the trucking industry as a whole. That’s because different jurisdictions use different methods of selecting which trucks and drivers to inspect. Some look for older equipment that’s messy or appears not to be well cared for. Some target certain types of trucking, such as log or waste haulers. In addition, the numbers include buses and straight trucks in addition with Class 8 tractors and trailers. The selection process isn’t purely random, but the numbers are often reported as if they represent all of trucking. Be prepared If you’ll be on the road during this year’s Roadcheck, there’s a chance you’ll be one of the “lucky” drivers who gets selected for some personal attention. It’s a good idea to be prepared. As far as your vehicle goes, if you’re performing proper pre- and post-trip inspections, there should be few surprises. If you can hear air leaking from a line, the inspector will hear it, too. Oil and other fluid leaks will be seen. Tire tread will be measured, and that rust streaming from lug nuts will get a closer look. Anything that’s obvious to your eye will most likely be found by an inspector. If you haven’t routinely checked springs and air bags, along with their mounting components or steering linkage, it’s a good idea to give them a look before Roadcheck. Obviously, lights, belts, hoses and other items that can show wear need checking. Tires should be thoroughly inspected for tread depth and sidewall damage, and any dual tires that are mismatched changed out. Brakes that aren’t adjusted properly are a popular item on the inspection tour. If a slack adjuster is out of adjustment, you can actually receive two violations — one for a brake out of adjustment and another for having an automatic adjuster that isn’t working properly. If your truck is due for service or needs to go into the shop for any reason, it’s a good idea to have brake adjustment checked. The inspector will also check brake shoe or pad depth and the condition of drums or discs. What to expect While there are eight levels of inspection, most inspections during International Roadcheck will be of the Level I variety — the full inspection of both vehicle and driver. Both Level I and Level III inspections include a check of the driver’s credentials. While it sounds simple — just make sure your CDL is up to date and close at hand — there are other considerations. In many states, a driver’s CDL can be suspended for failure to pay child support or other court-ordered fees. CDLs can be downgraded by states if current medical information isn’t on file. Hazardous materials endorsements may be rescinded if TWIC cards expire, or if renewal testing isn’t completed. Often, states mail notices of these actions to the driver’s address on record, and it’s possible the driver isn’t aware the CDL is no longer valid. If there’s any reason to suspect your license may be impacted, go ahead and check. Most states let drivers request a motor vehicle report (MVR). It may cost a few dollars, but it’s a good way to make sure your CDL is good to go — before you hand it to an inspector. Each driver’s Medical Examiner’s Certificate should be on file with the state that issued the CDL. However, it never hurts to have a copy in the truck, just in case. The Skill Performance Evaluation Certificate is another document drivers frequently don’t have in their possession. Of course, your record-of-duty status needs to be up to date, along with any vehicle inspection reports you’ve used to write up deficiencies. Permit books may be inspected, too. Registration and IFTA (International Fuel Tax Agreement) documents, plus permits for any specific states must be up to date. Finally … don’t forget your seat belt. Just making sure you have it on when you speak to an inspector may not be enough. Weigh stations and inspection facilities have cameras that catch a lot of details. In fact, not wearing your seat belt could be the reason you are selected for inspection. 2024 focus areas This year’s Roadcheck is scheduled for May 14-16, and the focus areas are drug and alcohol possession and use and tractor and trailer protection valves. For the drug and alcohol part, you’ll be observed for signs of being under the influence, and your truck and trailer may be checked. A query will be conducted with the Drug and Alcohol Clearinghouse. If you have not registered with the Clearinghouse, it’s a good idea to get that done now. If you’ve failed a drug or alcohol test in the past four years, it’s likely that the record of the test and your return-to-duty (RTD) program will be in the files. If you tested positive and did not go through the RTD process, that will show up, too. During the vehicle inspection, you may be asked to disconnect the gladhands from the trailer, allowing air to escape until the tractor and trailer protection valves pop out. Air lines from the tractor and gladhand seals will be given particular attention. Carry extra seals, just in case. If everything goes well, you’ll win a new CVSA inspection decal, as more than 14,000 vehicles and drivers did in last year’s inspection.

It’s a year of transition for trailer orders, ACT reports

COLUMBUS, Ind. — Preliminary net trailer orders decreased nominally from February to March, according to the latest data from ACT Research. At 13,600 units, orders also were lower compared to last March, down 24% year-over-year. Seasonal adjustment (SA) at this point in the cycle leaves March’s tally essentially unchanged at 13,800 units. Final March results will be available later this month. This preliminary market estimate should be within +/-5% of the final order tally. “Against year-ago data still impacted by pent-up demand that is now gone, softer order intake activity continues to meet expectations,” said Jennifer McNealy, director of commercial vehicle market research and publications at ACT Research. Meanwhile, net orders remain challenged by a backdrop of weak profitability for for-hire truckers,” McNealy noted. “Anecdotal commentary from trailer manufacturers and suppliers through the past several months have indicated this slowing, as they have shared that orders are coming, but at a more tepid pace when compared to the last few years,” she said. “This month’s results continue to support our thesis that when fleets don’t make money, their ability and/or willingness to purchase equipment is muted.” For the trailer industry, this is compounded by the power-unit prebuy ahead of the Environmental Protection Agency’s implementation of 2027 regulations, the ACT study notes. As a result, cancellations remain elevated, and the choice about how to spend limited capex dollars is swinging the pendulum against trailer purchases right now. “While we remain cautiously optimistic and don’t believe this year will be catastrophic for the trailer markets in general, we note that 2024 thus far is matching expectations as a year of transition,” McNealy said. “While some specialty segments have no available build slots until late in 2024 at the earliest, the industry’s largest segments remain under pressure, and cancellations are anticipated to continue their oscillation into and out of elevator territory as dealers and fleets recalibrate their inventory and immediate needs.”

‘Truck of the Future’ pilot study shows AI can increase safety in urban areas

NEW YORK — Results from a pilot program using in-cab technology to help operators of heavy trucks identify potential hazards in urban areas reveal a reduction in speeding and an increased awareness of vulnerable road users (VRUs) around the vehicle. Together for Safer Roads (TSR) announced these findings from its Truck of the Future (ToF) program April 18. The program, conducted throughout 2023, utilized aftermarket technologies to help prevent potential conflicts between large fleet vehicles and VRUs. “The findings from the Truck of the Future pilot program underscore the transformative potential of innovative technologies to make roads safer for vulnerable road users and fleet vehicle drivers alike,” said Peter Goldwasser, executive director of TSR. “TSR remains committed to fostering cross-sector collaborations that prioritize the safety of all road users in ways that are actionable and scalable.” Recent data underscores the urgent need for measures to protect VRUs: In 2021, 84% of the 7,388 pedestrian fatalities recorded occurred in urban areas, according to the Insurance Institute for Highway Safety. The ToF pilot program, a public-private partnership, sought to address this challenge by installing VRU Detection Systems on fleet vehicles, providing drivers with enhanced visibility and real-time feedback on potential near misses. The VRU technology, developed by TSR member VisionTrack, uses AI-powered cameras to detect pedestrians, bicyclists, motorcyclists and scooter users around the vehicle. Fleets participating in the pilot include The City of New York, with 10 vehicles each from two separate city departments, and AB InBev’s subsidiary in Mexico City, which had 10 vehicles participate in the pilot. “Video telematics are a vital component of a comprehensive fleet safety plan, especially as it relates to after-market vehicle modifications,” said Matthew Ison, vice president of sales-North America at TSR member VisionTrack. “We are thrilled to be involved in the Truck of the Future pilot and showcase specifically the increasing capabilities of AI in telematics to provide drivers with greater awareness of surrounding VRUs, change driving behaviors, and create safer roads for all.” A total of 67,732 VRU alerts were collectively recorded over the course of the pilot program amongst the three participating fleets. Only VRUs detected within 0.8 meters of the vehicle were flagged to the driver. This volume of close-proximity VRU alerts underscores the challenges faced by drivers on today’s roads, and the importance of a technology that provides drivers with a 360-degree view of vision around the vehicle and alerts of imminent risks. “As a corporate participant with one of the larger global fleets, and as a founding member of Together for Safer Roads, we are encouraged by the positive outcomes of the Truck of the Future pilot program,” said Catalina Garcia Gomez, global director of corporate affairs at AB InBev. “This initiative aligns with our commitment to promoting responsible and safe driving practices among our drivers.” Key findings from the pilot program study include: Reduction in speeding Installation of the VRU Detection System was associated with a decrease in speeding over time, particularly in the most severe ‘red’ category and among outlier speeders. This finding was surprising as the system did not directly alert drivers when they were speeding. The reduction in speeding suggests the VRU Detection System’s benefits may go beyond providing indirect vision and detection alerts, to creating positive behavioral shifts among drivers towards safer practices. Speeding, as we know, is a leading contributing factor to both crashes and the severity of said crashes once they occur. Increased awareness of VRUs Over time, drivers using the AI systems demonstrated greater awareness of VRUs. In one fleet, the proportion of VRU alerts that occurred while the driver was speeding decreased over time, suggesting that drivers consciously slowed down in areas where a VRU was likely to be detected. Meanwhile, a NYC department saw more alerts during warmer months, when more people were out, showing the system’s importance in busy areas where the system would flag a VRU. AB InBev’s fleet saw an approximately 50 percent reduction in the number of VRU alerts over the first three months of the pilot, possibly due to changes in driver behavior. These results highlight how the system could help drivers be more aware and avoid incidents, making roads safer overall. According to a statement from TSR, both drivers and managers provided positive qualitative feedback on the effectiveness of the VRU Detection System, highlighting its potential to prevent crashes and improve overall road safety. Nine out of 10 drivers surveyed thought that the alerts would help prevent a crash. In a survey of managers/admin users post-pilot, both NYC (with a rating of 5 out of 5) and AB InBev managers (with a rating of 4.80 out of 5) felt that the cameras and alert systems were very helpful in making the roads safer. “The City of New York is proud to have participated in the Truck of the Future pilot program,” said Keith Kerman, DCAS deputy commissioner and NYC chief fleet officer. “These findings reaffirm our dedication to implementing cutting-edge solutions to protect pedestrians and cyclists on our streets, while also aligning with other key actions the city is undertaking, including the recent Mayoral Executive Order that addresses visual obstructions for truck operators in New York City.”

Penske Introduces Catalyst AI

READING, Pa. — Penske Truck Leasing has unveiled Catalyst AI (artificial intelligence), which is set to handle fleet management by delivering real-time insight into fleet performance. According to a news release, Catalyst AI “marks a pivotal shift away from traditional industry benchmarks, empowering fleet managers with actionable intelligence to optimize fleet performance using dynamic comparative data.” The Catalyst AI platform compares a fleet’s performance to similar fleets across Penske’s live database of hundreds of thousands of vehicles in real-time. This platform enables leaders to benchmark their fleets using apples-to-apples comparisons, unlock fuel efficiency opportunities, optimize utilization, and improve business performance using targeted insights. New industry research found that 77% of transportation professionals tend to rely on historical, annual forecasting and industry benchmark reports to inform their fleet planning and procurement decisions, the news release states. For fleet managers, this process is often manual and time-consuming and relies on data that may not be holistically comparable to their specific fleets. “Catalyst AI was born from our vision to harness the power of AI to meet the needs of today’s fleet managers,” said Ann Walsh, senior vice president of digital and customer data at Penske. “By integrating over 57 billion data points with AI, our patent-pending algorithm and industry expertise enables fleet managers to optimize their operations better using leading-edge technology.” At the heart of Catalyst AI lies its patent-pending algorithm, which identifies the most similar fleets by evaluating key dimensions of fleet operations and composition. This process creates a unique “fleet DNA,” enabling highly customized operational KPI benchmarks tailored to each fleet’s specific performance needs. “With innovation at our core, Penske is committed to developing solutions that drive efficiency and performance for our customers. Catalyst AI addresses the critical need for comparative, real-time insights in fleet management,” said Sherry Sanger, executive vice president of strategy and marketing for Penske. “This cutting-edge technology enables businesses to unlock new efficiencies, reduce costs, and ultimately, sets a new standard for fleet performance.”

Daimler issues recall for certain Freightliner, Western Star models

WASHINGTON — Daimler Trucks North America (DTNA) is recalling certain 2023-2024 Freightliner and Western Star tractors because the steer axle wheel flanges may crack and cause damage to the tires. Makes/Models/Model Years affected FREIGHTLINER/108SD/2023-2024 FREIGHTLINER/114SD/2023-2024 FREIGHTLINER/122SD/2023 FREIGHTLINER/BUSINESS CLASS M2/2023-2024 FREIGHTLINER/CASCADIA/2023-2024 WESTERN STAR/57X/2024 According to the recall notice, the remedy is currently under development. In all, 29,000 trucks are affected. Owner notification letters are expected to be mailed June 2, 2024. Owners may contact DTNA customer service at (800) 547-0712. DTNA’s number for this recall is FL999.

Martin Brower pilots Tesla’s electric Semis

CHICAGO — Supply chain giant Martin Brower (MB) has partnered with Tesla to pilot the use of all-electric Semis out of our Stockton, California, distribution center (DC). Martin Brower is among several companies, including PepsiCo, in the U.S. to use the Tesla Semi. “As part of our strategic sustainability goals, Martin Brower is committed to being the leader in creating net-zero logistics solutions for our customers and reducing our climate impact through science-based targets,” the company said in a news release. “The key to accomplishing our sustainability goals is to create a resilient fleet of the future by deploying the latest alternative fuel technologies, which Tesla is a leader in. Piloting the Semi within our fleet was a natural step towards achieving that goal.” The pilot ran earlier this year and included two all-electric Semis running routes to restaurants serviced by the company’s Stockton DC. “A group of five MB drivers, Frank Solari, Leo Alvarez, Casey Kamp, Carlos Nava and Javier Hernandez, were trained to operate the Tesla Semi, which uniquely positions the steering wheel and driver’s seat in the center of the cockpit and has other design features to increase driver visibility and safety,” the news release states. “Overall, our drivers had positive feedback on how the vehicle performs.” Currently, the Tesla Semi can travel up to 500 miles on a single charge and reach a full charge quickly using a Semi Charger. “The Tesla Semi experience has been impressive since day one. Our drivers had no problem learning the systems and maximizing the features that set these tractors apart,” said Megan Yamaguchi, assistant transportation manager at MB. “We’ve been able to push these tractors well beyond expectations and look forward to our electric future.”

Used truck retail sales increased at slower rate in March, ACT Research reports

COLUMBUS, Ind. — Although the growth rate of preliminary Class 8 same dealer sales volumes slowed in March, it showed no signs of letting up (+3.7%), according to the latest preliminary release of the State of the Industry: U.S. Classes 3-8 Used Trucks published by ACT Research. “The gain in retail sales volumes was not as robust as history suggested but came on the heels of stronger-than-expected growth,” said Steve Tam, vice president at ACT Research. “In typical fashion, auction volumes increased 50% month-over-month, and wholesale transactions swelled 13% from February.” March retail sales normally surpass the average month by around 9%, thanks to a 13-percentage point increase from February, Tam noted. “Second quarter sales tend to be pretty average, with June as the epitome of average,” he said.

All-new Volvo VNL now available for orders at dealers across North America

GREENSBORO, N.C. — Volvo Trucks North America  is accepting orders for its all-new Volvo VNL. Production of the Volvo VNL will begin in the summer, and deliveries will start later in the year, according to a news release. “The Volvo VNL has long been the flagship model series at Volvo Trucks North America and is the premier long-haul truck in the United States and Canada,” said Peter Voorhoeve, president of Volvo Trucks North America. “We wanted to set a new standard for fuel efficiency, safety, driver productivity, connectivity, and customer uptime and to transform everything about the future of the heavy-duty trucking industry. We’re confident we’ve done that. Our customers have expressed that they are eager to deploy them into their fleet, and we are excited to be opening the sales books to get those trucks slotted and ready for production.” Since announcing the new truck back in January, dealerships across North America had already been participating in extensive competency development through the courses at the Volvo Trucks Academy, the news release notes. “In the world of trucking, every mile counts. With the all-new Volvo VNL, we’re not just delivering a vehicle; we are delivering significant value to our customers,” said Magnus Koeck, vice president of strategy, marketing and brand management at Volvo Trucks North America. “Volvo Trucks’ commitment to innovation means more than just savings on our customers’ bottom line — it’s about empowering fleets to go further, do more, and thrive. With more than $20,000 per truck in potential savings, the all-new Volvo VNL isn’t just a truck — it’s a game-changer for fleets and owner-operators.” During the summer season, Volvo Trucks will hold immersive dealer and customer launch events at the Volvo Trucks Customer Center in Dublin, Virginia. This Volvo location has recently expanded its customer experience track to three miles and offers a fully immersive driving experience of the full range of Volvo trucks.

Nikola produces 43 hydrogen fuel cell electric tractors for US customers in Q1

PHOENIX — It was a productive first quarter for Nikola Corporation this year. The global zero-emissions transportation, energy supply and infrastructure solutions company produced 43 and wholesaled 40 Class 8 Nikola hydrogen fuel cell electric tractors, according to a news release. “We are on track for a successful 2024 by continuing the momentum set in 2023,” said Nikola CEO Steve Girsky. “It’s about more than just setting goals. It’s about following through on our commitments. This includes not only the production and sale of our hydrogen fuel cell electric trucks but also the start of returns for our battery-electric trucks to customers.” All trucks wholesaled to Nikola dealers are destined for end customers. The three remaining hydrogen fuel cell electric trucks in finished goods inventory at the end of the quarter have already been allocated and will be delivered in early April. “We anticipate further sales growth in future quarters as our HYLA hydrogen fueling solutions come online. This includes our recently celebrated first modular refueling station in Ontario, California, as well as our first Canadian refueling station in Edmonton, Alberta,” Girsky said. “It’s rewarding for our team to see us out on the field, leading the effort for the decarbonization of the industry.” The Nikola hydrogen fuel cell and battery-electric vehicles are assembled in Coolidge, Arizona.  

Class 8 heavy-duty electric semi makes history as 1st to cross US-Mexico border

SAN DIEGO — San Diego Gas & Electric (SDG&E) and Bali Express are still celebrating the historic crossing of a Class 8 heavy-duty electric freight truck from the U.S. into Mexico. The semi-truck made its maiden voyage into Mexico on April 11, marking a significant milestone as the binational region moves towards a net-zero future. “The historic crossing of this electric freight truck symbolizes San Diego’s commitment to innovation, cross-border cooperation and our binational community,” said City of San Diego Mayor Todd Gloria. “We’re not just reducing emissions; we’re building a cleaner future for the people who live near our border and leading the way on international trade and environmental responsibility.” These dedicated trucks will utilize recently built charging infrastructure installed by SDG&E designed to provide reliable and accessible charging options for medium- to heavy-duty electric freight trucks crossing the U.S.-Mexico border. “Today marks a historic milestone in our journey toward reducing emissions and paving the way for a cleaner energy future,” said Caroline Winn, chief executive officer at SDG&E. “This new electric corridor is a great example of how collaboration can create new and innovative ways to rethink how to propel our transportation systems towards electrification.” Juan Baez, owner of the San Diego-based Bali Express, emphasized the importance of working together in achieving sustainability goals. “We are thrilled to be working with SDG&E in this historic endeavor,” Baez said. “By adding electric freight trucks, we are not only reducing our carbon footprint but also leading the way towards a more sustainable future for freight transportation on both sides of the border. We’re proud to be a leader in this transition and excited about the first ever crossing.” The chargers were partially funded by a $200,000 grant through the California Energy Commission’s Clean Transportation Program – which has provided more than $1 billion to alternative fuel and vehicle technology projects that are designed to deliver health, environmental and economic benefits to communities. “To accommodate the transition to zero-emission trucks on both sides of the border, it’s critically important we have the necessary infrastructure,” said California Energy Commissioner Patty Monahan. “The California Energy Commission is helping fund projects across the state to build a better and more equitable charging infrastructure system for both cars and trucks.” San Diego County Board of Supervisors Chairwoman Nora Vargas — who is Newsom’s appointee to the California Air Resources Board — emphasized the importance of reducing emissions in border communities while also growing our economy. “As a fronteriza, I am thrilled that we’re moving forward with the use of bold and innovative energy technology that helps reduce air pollution, offers sustainable cross-border freight transportation, and strengthens our binational and interdependent economy,” Vargas said. “I know the binational region firsthand, and this is a great example of the kind of public-private partnerships can improve air quality and promote economic prosperity for the binational region. As the Supervisor for border communities, I am proud and excited that we are moving toward a cleaner, greener and more prosperous future.” The electric charging infrastructure is a part of SDG&E’s Power Your Drive for Fleets program. The program connects fleet operators with resources and financial incentives to easily and cost-effectively design and install charging infrastructure for medium- and heavy-duty fleets.

Indiana engineers using electric big rig to develop wireless charging highway

WEST LAFAYETTE, Ind. — Purdue University engineers are working alongside the Indiana Department of Transportation (INDOT) to develop a highway that will charge electric vehicles — even 18-wheelers — at highway speeds. According to a news release from Purdue, construction work began April 1 on a quarter-mile test bed of U.S. Highway 231/U.S. Highway 52 in West Lafayette. The team will use this bed to gauge how well a patent-pending system designed by Purdue engineers can provide power to a heavy-duty electric truck traveling at highway speeds. “Thanks once again to some engineers and pioneers from Purdue, we’re developing the world’s first highway test bed for wireless charging,” said Indiana Gov. Eric Holcomb. “Please remember that one. Yes, we will be testing whether concrete can charge passing trucks — and don’t bet against a Purdue Boilermaker.” The electric truck, provided by Indiana-based company Cummins Inc., will drive over the test bed as part of a pilot program tentatively planned to start next year. The hope is to electrify a section of an Indiana interstate in the next four to five years. A few other states and countries have also begun testing roads that wirelessly charge electric vehicles (EVs). But making this possible for highways — and heavy-duty trucks in particular — is a unique challenge. Because vehicles travel so much faster on highways than city roads, they need to be charged at higher power levels. The Purdue-designed wireless charging system is intended to work at power levels much higher than what has been demonstrated in the U.S. so far. By accommodating the higher power needs for heavy-duty vehicles, the design is also able to support the lower power needs of other vehicle classes. Why design electrified highways for trucks first? An electrified highway in Indiana would serve much of the nation’s traffic. Eighty percent of the U.S. can be reached within a day’s drive from the state’s pass-through highways. Building electrified highways with heavy-duty trucks in mind would maximize greenhouse gas reductions and the economic feasibility of developing infrastructure for EVs. Heavy-duty trucks are one of the biggest sources of greenhouse gas emissions for the U.S. transportation sector because they make up a large portion of interstate traffic. Compared to passenger cars, these trucks also need a lot more fuel so that they can constantly transport everything from the packages we order to groceries. “The so-called ‘middle mile’ of the supply chain, which refers to all the travel heavy-duty trucks have to do to carry goods from one major location to another, is the most challenging part of the transportation sector to decarbonize,” said Nadia Gkritza, a Purdue professor of civil engineering and agricultural and biological engineering. But if electric heavy-duty trucks could charge or maintain their state-of-charge using highways, their batteries could be smaller in size and they could carry more cargo, significantly reducing the costs of using EVs for freight transportation. Since trucking contributes the most to U.S. gross domestic product compared to other modes of freight transportation, lowering costs for heavy-duty electric trucks could help attract more investment into electrifying highways that all vehicle classes would share. “We’re developing a system that has the power to charge semitractor-trailers as they move 65 miles per hour down the road,” John Haddock, a professor in Purdue’s Lyles School of Civil Engineering, told U.S. News & World Report. Professor John Haddock and graduate student Oscar Moncada examine a slab of concrete pavement they tested to handle heavy truckloads with wireless power-transfer technology installed below the surface. The machine behind them is designed to imitate those loads by repeatedly passing half a loaded semi-truck axle across the concrete slab. (Photo provided by Consensus Digital Media) Download image Highways that charge EVs like a smartphone The technology Purdue is developing would enable highway pavement to provide power to EVs similarly to how newer smartphones use magnetic fields to wirelessly charge when placed on a pad. “If you have a cellphone and you place it on a charger, there is what’s called magnetic fields that are coming up from the charger into that phone. We’re doing something similar. The only thing that’s different is the power levels are higher and you’re going out across a large distance from the roadway to the vehicle,” said Steve Pekarek, Purdue’s Edmund O. Schweitzer, III Professor of Electrical and Computer Engineering, in an episode of “American Innovators,” a Made in America series by Consensus Digital Media. “This is a simple solution. There are complicated parts of it, and that we leave to the vehicle manufacturers.” In the wireless charging system that Purdue researchers have designed, transmitter coils would be installed in specially dedicated lanes underneath normal concrete pavement and send power to receiver coils attached to the underside of a vehicle. Other wireless EV charging efforts are also using transmitter and receiver coils, but they haven’t been designed for the higher power levels that heavy-duty trucks need. The Purdue-designed coils accommodate a wider power range — larger vehicles wouldn’t need multiple low-power receiver coils on the trailer to charge from the road, which has been proposed to meet the high-power demands. Instead, in the Purdue design, a single receiver coil assembly is placed under the tractor, greatly simplifying the overall system. Purdue researchers have also designed the transmitter coils to work within concrete pavement, which makes up 20% of the U.S. interstate system. Other coil designs have only been developed for use in asphalt pavement. “The whole idea is if you can charge your car on the road while in motion, then you’re basically riding for free,” Aaron Brovont, a Purdue research assistant professor in Purdue’s Elmore Family School of Electrical and Computer Engineering, explained in a Scripps news segment. In a Purdue electrical engineering lab, Steve Pekarek (left), Aaron Brovont and Dionysios Aliprantis measure the electromagnetic performance of coils they are developing to transmit power to receiver coils on electric vehicles as they drive. (Photo provided by Consensus Digital Media) Download image The team has completed testing of how well 20-foot-long sections of concrete and asphalt could handle heavy loads with the transmitter coils embedded. The researchers imitated truck traffic by having a machine repeatedly drive a loaded one-half semi axle over the pavements. Alongside the pavement mechanical tests, the team has also done lab tests verifying the electromagnetic performance of the bare transmitter coils and the receiver coils. Laying the groundwork for highways that recharge EVs everywhere As reported by The New York Times, CNBC, Scripps, Popular Mechanics and other news outlets, the research has the potential to define what EV charging looks like on highways. The team’s partnerships are not just in Indiana, but also throughout the country. In addition to its funding from INDOT through the Joint Transportation Research Program at Purdue, the project is affiliated with a fourth-generation National Science Foundation Engineering Research Center called Advancing Sustainability through Powered Infrastructure for Roadway Electrification (ASPIRE), dedicated to progressing the field of electrified transportation in all its forms. Most real-world deployments of wireless pavement charging in the U.S. are led by members of ASPIRE. Purdue is a founding member of ASPIRE and Gkritza is the campus director of ASPIRE’s Purdue location. Headquartered at Utah State University, ASPIRE integrates academia, scientific research, and real-world tests and deployments across more than 400 members from 10 partner universities: Purdue, the University of Colorado Boulder, the University of Texas at El Paso, the University of Auckland in New Zealand, Colorado State University, the University of Colorado Colorado Springs, Virginia Tech, Cornell University and the University of Utah. These universities are joined by more than 60 industry, government and nonprofit members across all sections of the electric transportation ecosystem, as well as community partners and advisors. ASPIRE’s members at Purdue and Cummins are also leading a project funded by the U.S. Department of Energy to develop an EV charging and hydrogen fueling plan for medium-duty and heavy-duty trucks on the Midwest’s Interstate 80 corridor. The corridor serves Indiana, Illinois and Ohio. The plan will examine the use of the wireless power transfer technology that Gkritza and her team are testing in West Lafayette. “We don’t envision 100% of the roads being electrified,” Gkritza said in an episode of “Resources Radio,” a podcast by Washington, D.C., research institution Resources for the Future. “But we see the potential for dynamic wireless power pavement technology as complementary to an expanding network of EV charging stations that we will see very soon here in the U.S. We feel it would be useful in areas where charging stations are scarce in underserved communities, even supporting transit routes where initial charging at the depots and terminal stations might not be enough and there might need to be some charging in between the routes.” The researchers anticipate that it may be 20 to 30 years before EVs can receive the full power they need while driving at highway speeds. It is up to EV manufacturers to decide whether to incorporate receiver coils into their vehicles. “The technical obstacles that we need to overcome are not insurmountable. Those can be overcome with proper design,” Dionysios Aliprantis, a Purdue electrical and computer engineering professor, told The New York Times. The team hopes that the results of their experiments could help convince the industry that electrified highways could work. “We are Purdue University, where the difficult is done today and the impossible takes a bit longer,” Haddock said.

Banyan Technology now offering ocean and air container tracking

CLEVELAND — Banyan Technology recently announced that it has begun a strategic partnership with GoComet to enhance ocean and air tracking and freight spend management for its clients. “We are excited to announce this strategic partnership that represents a valuable advancement in freight management solutions. By integrating our ‘LIVE Connect’ freight execution software with the capabilities of an AI-powered transportation visibility platform, we are raising the standards for real-time ocean and air tracking and freight spend management,” said Brian Smith, CEO of Banyan Tech. “This partnership enables our clients to achieve unparalleled transparency, efficiency and control over their shipping operations.” GoComet offers clients visibility and shipment monitoring on a single dashboard, which allows Banyan’s clients the benefit of having real-time visibility with live updates on their container movement across all ocean and air shipments, according to a news release. Banyan clients can also use data science and advanced machine learning intelligence to automate shipment tracking and better manage their freight spending. “This GoComet partnership means Banyan’s clients will enjoy real-time visibility and live updates beyond OTR shipping. Leveraging the expanded capabilities afforded with AI-powered visibility provides Banyan clients with a competitive advantage in the market and an enhanced level of customer support and quality control,” said Rick Chappel, COO of Banyan.  

Class 8 purchasing cycle challenged by upcoming emissions regulations

COLUMBUS, Ind. — After pushing their 2024 North America Class 8 production forecast up the previous two months, ACT Research’s forecast is left essentially unchanged in April, as published in the latest release of the North American Commercial Vehicle OUTLOOK. While 2024 retail expectations were unchanged, ACT’s Class 8 production forecast ticked up on a massive production beat relative to expectations in February. “With the preliminary look at March orders indicating that demand may finally be cooling from non-fundamental levels, and recognizing that Q2 through mid-Q3 is the historically weakest period of the year for orders, we are more comfortable with the 2024 forecast from here,” said Kenny Vieth, ACT’s president and senior analyst. “With spot rates still at sharp operating loss levels into early April, and carrier profitability halved in the past two years, we continue to pose the question, who’s buying Class 8 tractors at the bottom of the cycle?” he questioned. “Certainly, it is not embattled for-hire TL fleets. Our answer over the past year has been private fleets, who have reclaimed freight from load boards and taken market share from for-hire markets.” ACT’s expectation that the sharp contraction in for-hire carrier profits would force the market to rebalance in 2024 has given way to private fleets heeding OEMs’ cautions about 2027 costs three years ahead of the EPA’s Clean Truck mandate, according to Vieth. Current estimates are putting the day one cost of the mandate, inclusive of taxes, at around $30,000 per Class 8 unit. Most of that added cost is tied to the warranty and useful life extensions. With around 40% of Class 8 buyers purchasing warranty extensions due to high-mileage operations, not all carriers will feel the regulation’s bite equally.” Vieth concluded, “Given the anticipated pre-EPA’27 mandate demand swell into 2026, supply chain integrity is an especially critical CV activity in 2027. Private fleet capacity positioning is just one part of the ‘this purchasing cycle is different’ story along with ongoing domestic vocational and Mexico market strength.”