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Volvo Trucks certifies more than 25 dealers to support VNR Electric Model customers

GREENSBORO, N.C. — Volvo Trucks North America is expanding its dealer network to support customers who have purchased the Volvo VNR Electric model. More than 25 dealer locations across North America have completed the Volvo Trucks Certified Electric Vehicle Dealer program, according to a news release. “The program is designed to ensure a comprehensive ecosystem of customer support for heavy-duty battery electric vehicle adoption,” the news release stated. “The certification program is designed as part of the Volvo LIGHTS project, during which TEC Equipment, Volvo Trucks’ largest West Coast dealer group, supported the first Volvo VNR Electric demonstration trucks in 2020.” Certified EV dealers can assist customers in identifying and applying for grants and incentive funding on the federal, state and local levels to offset purchase costs, according to Volvo. The Electric Performance Generator is a route planning tool that can help identify the ideal Volvo VNR Electric configuration for the customer’s operations and simulate real-world routes to validate operational feasibility. The Electromobility Total Cost of Ownership Tool assists fleets in making fact-based decisions about the business impact of purchasing and operating battery-electric trucks. The Vendor Direct Shipping program supports customers in finding the right charging infrastructure solution with the opportunity to procure mobile and fixed charging hardware solutions directly from Volvo Trucks dealers when they purchase Volvo VNR Electric trucks. “Volvo Trucks’ goal is to build a robust coast-to-coast dealer support network for battery-electric trucks, and it is on track to certify numerous additional dealer locations across North America in 2023,” the news release stated. “Certified EV Dealers are located in 15 states and three Canadian provinces. To learn more about Volvo Trucks North America and the Volvo VNR Electric, visit the company website. To find a Volvo Trucks Certified EV dealership near you, visit the company’s Find a Dealer page.”

Big rig driver dies after colliding with train in Texas

MONTGOMERY COUNTY, Texas – A collision with a train has left a truck driver dead in Montgomery County, Texas. Fox26 reports that Michael Flora, 57, the tractor-trailer’s driver, was hit by the Union Pacific train when he attempted to cross the railroad tracks at Highway 59 in the area of Midline Road Feb. 13 at approximately 7:30 a.m. The crash caused 16 train cars to derail and destroyed a large section of the track. Police said the cab of Flora’s truck was hit by the truck and the trailer was dragged down the tracks for half-a-mile. Diesel fuel was spilled and had to be cleaned by a HAZMAT crew. Co-workers told Fox26 that the crash just happened seconds after Flora left the mobile home lot where he worked. Police said that Flora had a good line of sight and said he may have not looked left to see the train coming as he crossed the tracks. The crossing is controlled by a yield sign but does not have any guard arms or flashing lights. The train was carrying nontoxic household goods. Cleanup was expected to last into Tuesday morning. Photos of the wreck were posted by East Montgomery County Fire Department.

Ascend partners with Volvo for autonomous transportation

ATLANTA, Ga. — Ascend has formed a partnership with Volvo Autonomous Solutions, which will make Ascend the first asset-based truckload carrier to reserve capacity for V.A.S.’s hub-to-hub autonomous transportation offering in the first lane planned for operation. “We are excited to begin testing autonomous, long-distance linehaul options within our network,” said Scott Stowers, President of Ascend Dedicated. “This partnership with V.A.S. closely aligns with Ascend’s continued efforts to transform the regional truckload sector by leveraging technology, building density, and offering driver-friendly routes and policies, all with the goal of providing unparalleled service to our customers.” Ascend Dedicated, the firm’s newest arm, is being built upon Dedicated Transportation Solutions LLC, which was acquired last year. Ascend Dedicated will pick up customer loads and transport them to V.A.S. hubs in Dallas and Houston, Texas. From there, V.A.S. will complete the onward linehaul movement to its destination hub, from which Ascend drivers will transport loads to their final destinations. “Whether it is additional capacity, keeping drivers closer to home, or improving road safety, autonomy holds enormous potential to transform the transportation industry,” said Nils Jaeger, President of Volvo Autonomous Solutions. “At Volvo Autonomous Solutions, we believe that the way to autonomy is through collaboration and the creation of solutions that are tailor-made for the specific needs of our customers. We are excited to collaborate with Ascend to better understand carrier needs and challenges while bringing all the benefits of autonomy to their business.” By working with V.A.S. and supporting the real-world development of this technology, the collaboration seeks to accelerate the advancement of autonomous driving technology. Central to this is ensuring vehicles have comprehensive capabilities to safely operate in their intended operational domain, and for the foreseeable future, all vehicles operated autonomously have a qualified driver on board. For more information about Ascend’s dedicated transportation offerings, please visit dtsolutions.net. For general information about Ascend, please visit ascend.net.

Luma Immersion offers ‘actual-environment’ training through users’ cellphone cameras

MOUNT PLEASANT, S.C. — Luma Brighter Learning has released a training program that allows users create their own learning experiences in an actual environment, using just their cellphone cameras. In a company statement, Luma promises the use of Luma Immersion will help increase driver safety and engage learner participation. “We are excited to make this type of learning accessible to the trucking industry because carriers will reap the learning benefits for all learners and ultimately improve safety and save lives,” said Dr. Gina Anderson, co-founder and CEO of Luma Brighter Learning. “From a learning perspective, it is imperative to create educational experiences that meet the physiological needs of human beings,” she continued. “To align with physiological needs, learning must be engaging, relevant, meaningful and applicable to the learner’s specific needs. Not only does Luma Immersion support these needs, but it is also easy to use, as a cellphone is all that is required.” According to the statement, Luma Immersion draws on the principles of immersive learning, an advanced form of learning environment in which technology brings the learner as close to a real-world environment as possible. The product allows users to experience well-documented learning benefits of immersive learning, including: Creating immediate relevance by providing exposure to learning in the simulated environment; An experience that reinforces concepts; and A self-controlled pace in a personalized, controlled environment with interpolated assessments.

Kenworth celebrates 100th anniversary with special-edition W900 and T680

KIRKLAND, Wash. — Kenworth kicked off its 100th anniversary celebration on Feb. 15 with the launch of special edition W900 and T680 models. The W900 Limited Edition is available in three configurations — an 86-inch Studio Sleeper, a 72-inch Flat Top and an Extended Day Cab. The all-black Limited Edition Diamond VIT interior features the 100th anniversary, a special edition steering wheel, brushed platinum dash and door trim, and Kenworth 100 logos throughout on the doors and thresholds. A Kenworth 100 sofa bed is standard with the 86-inch Studio Sleeper. “The Kenworth W900 is an all-time classic and iconic truck in the industry that is still admired on the road and at truck shows,” said Jim Walenczak, Kenworth’s assistant general manager for sales and marketing. “As a long-time staple of Kenworth’s history, there is no better way to kick off our year-long 100th anniversary celebration than by launching this Kenworth W900 Limited Edition.” The exterior is embellished with Kenworth 100 sleeper badges, and a Kenworth 100 exhaust shield cutout and sun visor are optional. A special optional centennial three-color paint design — only available with the 86-inch Studio Sleeper and 72-inch Flat Top — brings a classic, impactful look to the W900. “The W900 is a special truck and this Limited Edition is a great way to celebrate 100 years of Kenworth,” Walenczak said. “Only 900 of these trucks will be produced, so they will definitely become a showcase vehicle for owners who want a piece of Kenworth history.” Each W900 Limited Edition will be serialized, for example, 001 through 900, in order of build date and sequence. The new T680 Signature Edition is available with Kenworth’s 76-inch mid- and high-roof sleeper configurations. The Signature Edition Diamond VIT features a black interior with legacy red stitching accents throughout the cab and sleeper. The package also includes a Kenworth 100-branded GT703 seat with red accents, along with a special brushed platinum dash and door trim. The Kenworth 100 logo is stitched into the back wall of the sleeper back. The exterior features a black onyx grille and side air intake, as well as Kenworth 100 badges on the sleeper. An optional Kenworth 100 exhaust shield cutout and black anodized grille mesh are available on mid-roof configurations; buyers may also opt for new Alcoa stylized wheels with unique spoke patterns in Dura-Bright and Dura-Black finishes. “Today’s T680 is our most aerodynamic and fuel-efficient truck to date and carries on the legacy of the Kenworth T600 — the industry’s first truly aerodynamic model introduced in 1985,” said Jim Walenczak, Kenworth’s assistant general manager for sales and marketing. Kenworth is also introducing four signature paint colors — Platinum, Century Black Red, Century Red and Century Gold — available on new Kenworth Class 8 and medium-duty trucks.

Foley releases new driver onboarding SaaS platform

HARTFORD, Conn. — Foley has released its Dash SaaS platform. Aimed at businesses employing drivers, “Dash simplifies the process of onboarding and screening while complying with all DOT regulations and FCRA requirements,” according to a news release. “Foley has been listening to our customers, as well as industry leaders,” Joel Sitak, Foley president and CEO. said. “Dash solves the significant problem of inefficient hiring processes, and uses the latest technology to bridge the gap between drivers, human resources and safety professionals. Combined with Foley’s history of excellence in background screening, compliance and customer support, Dash is truly software as a service.” Getting safe drivers behind the wheel of commercial vehicles has never been more important or challenging. The American Trucking Associations predicts that, over the next 10 years, the industry will have to recruit nearly 1.2 million new drivers. Foley’s Dash software enables safety, operations and human resources teams to streamline the hiring process. With proprietary phased screening, Dash also allows hiring managers to order specific screens throughout the hiring process. This feature ensures no resources are wasted on candidates not moving forward. Dash offers a premium candidate experience and improves turn-around time for the entire team, making it possible for companies to screen and hire a new driver in as little as two days. The Dash driver application platform was designed mobile-first, creating an easy user experience for candidates. The web-based system is accessible from any phone, tablet or PC. Driver applications can be saved and restarted at any point, creating a frustration-free process and capturing applications from a wide range of drivers. As always, Foley is committed to combining modern software with top-tier customer service, creating a transparent system for hiring teams. Rather than a cumbersome DOT process, Dash provides a simple method for finding and retaining the best drivers. To learn more about Dash, visit foleyservices.com/dash where you can schedule a personal demo.

Tenneco adds new facilities to hydrogen internal combustion engines

NORTHVILLE, Mich. — Tenneco established new test facilities for hydrogen-powered internal combustion engines at its powertrain test centers in Burscheid, Germany, and Ann Arbor, Michigan. The facilities are dedicated to hydrogen internal combustion engines (ICE) and enhance the company’s ICE testing capabilities. “Using our knowledge about the influence of hydrogen on the combustion process and on the Powertrain Control Unit (PCU), we are able to address hydrogen-specific challenges like pre-ignition and H2-slip into the crankcase as well as the influence on tribology and materials,” Dr. Steffen Hoppe, Powertrain’s director technology rings and liners at Tenneco, said. “The R&D from our H2 test benches, along with support from our simulation tools like PRiME3D®, can accelerate the development process and help our customers go to market with highly efficient H2 combustion engines faster.” Tenneco’s new H2 ICE test facilities provide a broad bandwidth of high-accuracy engine measurement capabilities, including: Light and heavy-duty engine testing up to 700kW. Eddy current and AC dyno. ECU connectivity, calibration and tuning. dynamic engine operation; driving cycles / engine in the loop. H2 supply up to 50bar and 90kg/h. H2 concentration measurement (exhaust and blow-by path). Combustion Analysis. Emissions testing for HC, CO, CO2, NOX, FSN. Gaseous emissions. Particulate number (PN) count / PN size distribution; Particulate Matter (PM). Radioactive tracer for oil emissions. In-line oil consumption and oil emission analysis. Automated fuel map testing. Ignition parameter evaluation. Thermal shock testing. Precise overall real-time engine monitoring. “We support a pragmatic approach of complementary technologies that provide solutions for different transportation sectors,” Stefan Rittmann, vice president of engineering with Tenneco’s Powertrain business group, said. “We contend it’s not combustion-engine technology causing green-house gas emissions in the product-use phase; it is the fuel used in the ICE that defines the vehicle emissions. Therefore, green hydrogen, which is produced from renewable energies and carbon-free by nature, offers great potential for cleaner transportation, especially in sectors difficult to electrify, such as heavy-duty commercial vehicles, on- and off-highway applications, and the industrial and marine sectors.”    

Volvo Trucks to showcase ‘Purple Haze,’ enhanced 6-battery pack version of Volvo VNR Electric model

GREENSBORO, N.C. — Volvo Trucks North America will showcase the 2022 Volvo VNL 760 “Purple Haze” — a VNL 760 equipped with the latest D13 Turbo Compound and I-Torque — at the American Trucking Associations’ Technology & Maintenance Council (TMC) 2023 Spring Meeting Feb. 27 through March 2 at Orange County Convention Center in Orlando, Florida. TMC attendees will have the opportunity to meet and speak with the “Purple Haze” driver, fuel efficiency forerunner and social media influencer Joel Morrow, in booth No. 1907 Feb. 28 and March 1. The latest version of the Class 8 BEV market leading Volvo VNR Electric truck will also be on display. “As we continue the journey of decarbonizing transport with our customers, we are rolling out new features and services for every part of that transition — accelerating our ongoing expansion of the electromobility ecosystem with new service offerings,” Peter Voorhoeve, president, Volvo Trucks North America, said. “We are also proud to announce a first of its kind dynamic service offering to the North American market, which is paired with enhanced connectivity” “Volvo Trucks and its dealer network continues to further elevate customers truck uptime, productivity, and plannability that lead to a lower overall total cost of ownership and increased sustainability with every new Volvo truck regardless of the energy source.” To announce and expand on a new dynamic service offering coming to Volvo Trucks customers and dealers will be Mike Furst, director, contract service and business tech solutions and Duane Tegels, powertrain marketing manager. The duo will highlight the ways in which Volvo Trucks plans to maximize uptime through the truck life cycle, further improve fuel mileage and other key total cost of ownership savings. The Volvo VNL 760 that will be on display in Volvo Trucks’ booth includes: Volvo D13TC engine with I-Torque, XE Economy 425 HP and 1750 pound per foot of torque. 13,200-pound front axle. 40,000-pound rear axle. Volvo Dynamic Steering (VDS). Volvo Active Driver Assist (VADA) 2.0. Xceed fuel efficiency package. FlowBelow AeroKit aerodynamic package. Volvo Trucks’ booth will also host an enhanced six-battery pack version of the Volvo VNR Electric model. The Class 8 Volvo VNR Electric truck has been commercially available since December 2020, and trucks have been delivered to customers throughout the U.S. and Canada to operate in their daily freight routes. Volvo Trucks continues to prepare and train its national dealer network to support customers with the commercial deployment of Class 8 battery-electric trucks and recently announced its 25th Volvo Trucks Certified Electric Vehicle dealership in North America. The enhanced Volvo VNR Electric 6-by-2 Tractor that will be on display in Volvo Trucks’ booth includes: Six-battery-pack configuration. 455 HP and 4,051 pounds per foot of torque. I-Shift automated manual transmission, two-speed. 14,600 pounds front axle. 40,000 pounds rear axle. Volvo Active Driver Assist (VADA) 2.0. 565 kWh total battery capacity. Up to 250kW DC charge rate.

Nikola receives CARB OK for Tre hydrogen fuel cell EV

PHOENIX — Nikola Corporation has received approval from the California Air Resources Board (CARB) for its Tre hydrogen fuel cell electric vehicle (FCEV) to be eligible for CARB’s Hybrid and Zero-Emission Truck and Bus Voucher Incentive Project program (HVIP). “This approval will now enable customers of Nikola’s Tre FCEV to access a point-of-sale incentive starting at $240,000 and ranging up to $288,000 per truck in 2023,” a news release stated. Customers will also be eligible for a $40,000 clean commercial vehicle tax credit from the federal government due to the passage of the Inflation Reduction Act. It is estimated that Class 8 heavy-duty trucks may be eligible for approximately $457 million in funding through the HVIP program in 20231, with potentially an additional $45 million per year to be provided by each of the Ports of Los Angeles2 and Long Beach3, which may also be distributed through HVIP. “The inclusion of the Nikola Tre FCEV in California’s HVIP program is a very exciting development as we continue introducing innovative zero-emission truck technology options in our priority sales market and distinguish ourselves as the only OEM offering both battery-electric and FCEVs this year,” Nikola President and CEO Michael Lohscheller said. “The combined incentives available to customer fleets through the HVIP program and the Inflation Reduction Act are critical for driving a competitive total cost of ownership and accelerating market adoption of the Tre FCEV, which will be powered by the hydrogen fuel supply and infrastructure implemented through HYLA, Nikola’s recently launched hydrogen energy brand, and with service provided by our national dealer network. We look forward to delivering the Nikola Tre FCEVs to customers later this year.” In the coming months, Nikola will be collaborating on commercial demonstrations of the Tre FCEV with potential fleet customers in California. Interested fleets can visit with Nikola dealers nationwide to familiarize themselves with the Tre vehicle platform by experiencing the Tre BEV, which includes the advanced technology and driver-centric design that will be featured in the Tre FCEV. Nikola and its dealers are now taking orders and submitting HVIP voucher requests for the Tre FCEV. Nikola Tre FCEV has a range up to 500 miles. Nikola’s Tre BEV, with a range of up to 330 miles, qualified for HVIP certification in California in January 2022.  California purchasers of the Nikola Tre BEV may qualify for an incentive valued at $120,000 per truck, and $150,000 for drayage fleets, helping to reduce the total cost of ownership. The Tre BEV is also eligible for a variety of other incentives across the United States, including the $40,000 clean commercial vehicle tax credit from the federal government. The Tre BEV started serial production in March 2022 and is available for purchase and delivery now. For more information, please visit Nikola Electrify Your Fleet.  

DTNA, Love’s expand partnership for Freightliner service points

OKLAHOMA CITY  — Daimler Truck North America and Love’s Travel have announced “an exclusive strategic partnership” to provide select services for Freightliner vehicles at approved Love’s Truck Care and Speedco, according to a news release. Beginning this spring, authorized Love’s locations will provide light mechanical warranty repair work, roadside warranty emergency services and approved field service and recall campaigns for Freightliner trucks. “We know that time is money for professional drivers, and we’re excited to introduce a new service touch point to help get Freightliner drivers back on the road quickly,” Gary Price, executive vice president of total truck care solutions for Love’s, said. “Working with DTNA and Freightliner dealers, we will have the systems in place to maximize uptime for our mutual customers.” With more than 400 Love’s Truck Care and Speedco locations, those approved for providing service offerings will work directly with their local Freightliner dealer to ensure parts availability, repair work and warranty claim filing. “Love’s is an experienced partner that knows how to fulfill our customers’ needs,” Drew Backeberg, senior vice president of aftermarket at DTNA, said. “With this complementary offering to our own service network, we will provide Freightliner customers the increased support and convenience they need to keep the world moving.” More information about this partnership and service offering details will be available in spring 2023. To learn more about Love’s Truck Care and Speedco locations, visit www.loves.com/truckcare.

FMCSA revokes ELD ONE’s registration on list of approved devices

WASHINGTON – The Federal Motor Carrier Safety Administration (FMCSA) has removed ELD ONE from its list of registered Electronic Logging Devices. The ELD ONE was put on the Revoked Devices list due to the company’s failure to meet the minimum requirements established in 49 CFR part 395, subpart B, appendix A, effective Jan. 31, according to a news release. FMCSA will be sending an industry email to let motor carriers know that all who use an ELD ONE device must take the following steps: Discontinue using the revoked device(s) and revert to paper logs or logging software to record required hours of service data. Replace the revoked device(s) with compliant ELD(s) from the Registered Devices list before April 1, 2023. Motor carriers have a period of up to 60 days to replace the revoked device(s) with compliant ELD(s). If the ELD provider corrects all identified deficiencies, FMCSA will place the device back on the list of registered devices and inform the industry and the field. During the period, safety officials are encouraged not to cite drivers using ELD ONE. During this time, safety officials should request the driver’s paper logs, logging software, or use the ELD ONE display as a back-up method to review the hours-of-service data. Beginning April 1, motor carriers who continue to use the revoked device listed above would be considered to be operating without an ELD. FMCSA strongly encourages motor carriers to take the actions listed above now to avoid compliance issues if the deficiencies are not addressed in time. For more information on ELDs, visit FMCSA’s ELD implementation website.

Engines: size matters

Truck buyers have a lot of factors to consider before making a final decision. In addition to features like the cab, bunk size and other things on the checklist, it’s important to check out what’s under the hood. “There’s no replacement for displacement.” This is a term that’s been around since the early days of the internal combustion engine. Big engines mean faster times at the drag strip. They put the muscle in “muscle car.” In trucking, bigger engines mean less driving time for each trip, faster acceleration to highway speed on entrance ramps, and the ability to tackle inclines without slowing to walking speed with an overheating engine. Drivers wanted more horsepower, and carriers learned that driver recruiting was a little easier when company trucks weren’t the slowest on the road. However, that power came at a cost. Fuel consumption increased with displacement. Increased fuel usage meant increased pollutants from the exhaust stack. Since larger engines required more steel, there was an increased a cost in weight, too. As the Environmental Protection Agency (EPA), the California Air Resources Board (CARB) and others pushed for lowered emissions, manufacturers were pressed to find ways to comply. Lowering fuel consumption is one way to lower emissions and changes in vehicle design to improve aerodynamics occurred rapidly. So, changes were made to engines. Electronics tweaked injection timing and other engine functions to maximize fuel efficiency. Exhaust gas recirculation (EGR) was introduced. Mufflers became particulate filters. Selective catalytic reduction (SCR) was introduced. Drivers became accustomed to diesel exhaust fluid (DEF), a term that in past years would have been a joke on the level of blinker fluid or muffler bearings. Fuel economy rose. Emissions fell to a point where, in some large metro areas, the air from a truck’s exhaust was actually cleaner than the air being pulled into the engine. A breaking point was reached. Industry experts realized they would soon reach a point where they were getting all they could from the 15-liter engine that was most popular with buyers. The dilemma was in how engine size — displacement — could be reduced without sacrificing power. Advances in technology made it possible to produce adequate power in the 13-liter diesel engine and truck manufacturers made them standard. The demands for better fuel efficiency and lower emissions continued. Today, many trucks leave the assembly line with 11-liter engines. Buyers of used trucks face a difficult decision about engine size. Fifteen-liter engines have more power and, according to some, last longer because they aren’t taxed to the limit during regular use. The concern is that smaller engines must work harder to produce the same power, shortening their life span. The newest 11-liter engines are built with historically small tolerances between moving parts, and thinner engine oils are needed to form protective layers on these parts. However, thinner oils can’t absorb pollutants and engine heat to the same degree as thicker ones. In addition, they may be more expensive than thicker, more commonly used oils. In general, many drivers consider 15-liter diesel engines more reliable — an important factor in keeping maintenance costs down. On the other hand, the increased fuel economy of smaller-displacement engines helps hold fuel costs down. The answer to the question of which engine is best may be in the type of work the truck is expected to perform. A truck pulling general freight in the Midwest, for example, won’t need as much hill-pulling power as one pulling oversize loads across the Rockies. A flatbed driver, a type of hauler that often doesn’t benefit from the aerodynamic products available for van trailers, may feel the need for more power, especially if cargo requires pickup or delivery at construction sites or other unpaved places off the road. Freight with lower rates may demand maximum fuel efficiency, while rates for other freight may be high enough to cover extra fuel cost. Personal preference is also a factor. Some drivers demand the proven reliability of larger engines, while others want the advanced technology found in the newer, smaller ones. Some operators want to minimize the carbon footprint of their businesses, while others are more concerned with driving time and the power to pull the highest-paying loads. It won’t be long before there are more engine choices, including hydrogen, fuel cell electric and battery electric vehicles. For now, however, diesel rules. As for reliability, most new trucks are now equipped 11- and 13-liter engines. They’re getting the job done, but carriers often trade trucks that end up on the used truck market at a half-million miles or more. Will the engines in those used trucks hold up until they reach a million miles or more, as 15-liter engines commonly do? That’s another question for used truck buyers to ponder. Another consideration is resale value. The dollars saved with the increased fuel economy of a smaller engine may rapidly shrink if the owner has to accept less money when selling the truck. Finally, the technological advances used for smaller engines are now being applied to 15-liter powerplants as well. With the right tweaks, 15-liter diesels can achieve fuel mileage comparable to smaller engines — or at least at an acceptable increase, in light of the benefits provided. Automated transmissions are standard on most truck models, helping maximize fuel efficiency.

December sales of new trucks reach historic levels for a strong close to 2022

When it comes to sales of new Class 8 trucks on the U.S. market, 2022 ended up as the third-highest sales year of the past 20 years, thanks to a record-setting December. Production delays in the first quarter, brought about by supply chain issues that slowed delivery of parts and materials were largely solved as the year progressed. According to data received from ACT Research 29,497 Class 8 trucks were sold in the U.S. in December, an increase of 17.8% over December 2021 sales. Compared to November 2022, sales leapt by 24%. Of the December total, 22,328 trucks were destined for over-the-road use while 7,169 were slated for vocational use as dump, trash, concrete or other trucks. December is typically the strongest truck sales month of the year because it closes out the business year for most carriers and marks the end business quarter for all of them. Reinvestment of profits into new equipment reduces a carrier’s tax liability for the year as well as quarterly shareholder dividends. In today’s economy, buying new equipment helps carriers prepare for a potential recession by reducing the number of trucks they’ll need to buy when times are rough. “Everybody who can invest capital at the end of the year to save on some taxes is going to do it,” said Eric Crawford, vice president and senior analyst at ACT Research. “Seasonality aside, this is the best December on record,” he said. “And I think this speaks to unmet demand over the course of the cycle. The peaks in production haven’t come close to the peaks in orders.” ACT reported U.S. Class 8 orders of 26,735 for December, the fourth consecutive month of high orders. The December number is 41% higher than orders in December 2021 and brings the current backlog of trucks waiting to be built to 210,241 for the U.S. market alone. If no further orders were received, it would take over 7.5 months just to build the trucks already ordered. With predictions of a recession popping up nearly everywhere, both purchases and orders must slow down at some point, but when? “I think for 2023 the key theme is going to be rebalancing and rebalancing is going to come thanks to a recession,” Crawford said. Inflation has raised costs for both manufacturers and consumers, who are responding with slower buying. Higher interest rates, imposed by the Federal Reserve Bank in hopes of reigning in inflation, have increased the cost of credit. Taken together, those signs point to less product being shipped, reducing the demand for trucks and increasing rate competition for available loads. The inflation rate has moderated somewhat in recent weeks but isn’t falling fast enough to avoid an impact on the economy. Crawford says ACT predicts any recession will be mild. “We saw some risk of a deeper recession, but we’re in the mild camp, given some of the good news that we’re seeing on inflation,” he said. “We don’t expect the Fed to cut rates at any at any point in 2023, but certainly they don’t need to ratchet rate nearly as much in ’23, as they did in ’22. That deceleration is going to help the recession be relatively short lived and mild. That’s our expectation.” On the used truck side of the market, retail volumes increased by 20% in December over November but were still far behind (25%) December 2021 sales numbers. The average retail price of a used Class 8 tractor declined by 3% from last December, while the average age of used trucks moved increased by 2%. Trades by carriers receiving more new trucks would tend to place more used trucks on the sales lots, even as carriers keep them on the road a little longer while waiting for new equipment to arrive. For December, new truck sales were more newsworthy. According to data from Wards Intelligence, December sales topped the next-best December of the 21st century — the EPA pre-buy year of 2006 — by 2,752 trucks (10.4%). Freightliner sold 10,660 Class 8 trucks in the U.S. in December, bringing its 2022 total to 96,573, good for 37.9% of the U.S. market. Compared with 2022, Freightliner sales increased 15.4%. Freightliner sibling Western Star held a much smaller share of the 2022 market at 2.6%, but December sales of 764 represented an increase of 51.9% from last December’s results. The company reported sales of 6,509 for the year. International finished the year strong with sales of 3,612 in December, topping December 2021 sales of 1,314 by 175%. For the year, International sales rose by 21%, while the market as a whole rose 14.7%. Navistar was acquired by the Traton Group in July 2021, and the changes made undoubtedly impacted sales for 2022. The company’s share of the U.S. market grew from 11.9% in 2021 to 12.5% in 2022. Kenworth sales in December of 4,528 brought the company’s 2022 total to 36,730, up 13.7% from 2021 and good for 14.4% of the U.S. market. PACCAR sibling Peterbilt sold 4,624 in December to bring its 2022 total to 38,782. Compared with 2021, Peterbilt Class 8 sales on the U.S. market rose 18.2% and comprised 15.2% of total U.S. Class 8 sales. Volvo sales of 2,590 in December brought the company’s 2022 total to 26,994, a 22.1% increase over 2021 — the largest percentage increase of all the OEMs. Volvo’s share of the U.S. Class 8 market rose from 10% to 10.6%. At Volvo-owned Mack Trucks, however, things weren’t as rosy. December sales of 2,436 Class 8 Macks were 79.6% higher than December 2021 sales but weren’t good enough to bring sales for the total year 2022 into positive territory. Mack sales declined 8.7% for the full year, the only major OEM to lose ground compared with 2021. Mack’s market share slipped from 8.4% to 6.7%. It’s important to note that a large percentage of Mack Class 8 trucks go to the vocational market, supplying the trash, concrete and dump markets, as opposed to the over-the-road market. That’s a different type of buyer, and that may have impacted sales during a turbulent year. If predictions hold, it will be at least a few years before we see December sales like in the last one — or another sales year to top 2022.

Bergey’s Truck Centers becomes second Volvo Trucks Certified EV Dealer in New Jersey

GREENSBORO, N.C. — Volvo Trucks North America has named Bergey’s Truck Centers as the second Volvo Trucks Certified Electric Vehicle Dealer in New Jersey. The dealership’s Trenton, New Jersey, location is the first of its 17 locations to complete the necessary sales and service team training and facility upgrades to become a certified dealership, according to a news release. “Fleets in the dense urban regions along the East Coast of the U.S. are increasingly recognizing that the battery-electric Volvo VNR Electric is ideally suited for their local and regional distribution routes,” Peter Voorhoeve, president of Volvo Trucks North America, said. “We continue to expand our Volvo Trucks Certified EV dealership network to support fleets across North America to ensure they are choosing the right configuration of the Volvo VNR Electric for their own unique routes and doing so in the most cost-effective way, accessing all available grants and incentives.” Sales representatives at Bergey’s Truck Centers’ Trenton location are trained to help customers identify and apply for public funding on the federal, state and local levels to offset purchase costs. “The dealership group is prioritizing the certification process for areas with the most customer demand and available incentives, and currently has four other locations working on the rigorous certification process,” the news release stated. Bergey’s has 17 dealerships in Delaware, Maryland and Pennsylvania, as well as two additional locations in New Jersey. The Trenton location has two technicians. The dealership has also made the necessary facility upgrades to have two EV service bays with mobile chargers and advanced diagnostics tools to safely perform battery-electric truck maintenance and repairs for trucks in operation. Bergey’s has eight dedicated parts sales locations and maintains a stock of key parts and components for the VNR Electric model to minimize service times. “One of Bergey’s core values is a commitment to continuous improvement, and we wanted our sales and service teams to be ready to guide our customers as they look to start that next step in fleet sustainability,” Mark Brown, vice president of service at Bergey’s Truck Centers, said. “We plan to continue our training and facility upgrades in preparation for adding other Bergey’s Truck Center locations as demand for the battery-electric trucks continues to grow.” Volvo Trucks has certified EV dealers in California, Indiana, Massachusetts, Minnesota, New Jersey, New York, Ohio, Pennsylvania, Tennessee, Texas and Virginia, as well as in British Columbia, Ontario, and Quebec, Canada, with numerous dealerships across North America finalizing their certifications in 2023.  

General Truck Sales becomes 1st Volvo Trucks Certified EV Dealer in Indiana

GREENSBORO, N.C. — Volvo Trucks North America dealer General Truck Sales has earned the Volvo Trucks Certified Electric Vehicle Dealer designation at two of its flagship locations in Toledo, Ohio, and Pendleton, Indiana. General Truck Sales’ Pendleton dealership is the first official Volvo Trucks Certified EV Dealer in Indiana, and its Toledo dealership is now the second in Ohio, according to a news release. “We are excited to start the new year adding another new state into our expanding network of certified EV dealerships, as well as to see the trend continue of our dealer partners certifying more than one location at a time,” Peter Voorhoeve, president of Volvo Trucks North America, said. “Our goal of developing a widespread electromobility ecosystem of support for our battery-electric trucks is happening at an incredible rate. We now have more than 20 Volvo Trucks Certified EV Dealerships in 11 U.S. states and three Canadian provinces supporting Volvo VNR Electric deployments.” General Truck Sales is a four-time Volvo Trucks Dealer of the Year award recipient, the news release stated. Additionally, the dealer’s service team has two technicians at each location that have been fully trained and equipped to safely perform battery-electric truck maintenance and repairs for trucks in operation. General Truck Sales also has a 50kW electric vehicle charger at each location with multiple outlets to provide flexibility in charging locations. “We see the freight transportation industry’s acceleration towards alternative fuel and zero-emissions vehicles and are excited to help Midwestern fleets as they move towards the future of heavy-duty transport,” Steve Bassett, president of General Truck Sales, said. “Achieving the Volvo Trucks Certified EV Dealer designation has been a guiding goal for our leadership team, so our two newest facilities in Pendleton and Toledo were actually designed to support a future expansion into electric vehicles. Our more progressive customers see the emerging need and value of reducing their carbon footprint and are getting increased requests from the shippers they work for to make the transition to zero-tailpipe emission battery-electric trucks.” Both the Pendleton and Toledo locations have two dedicated service bays with diagnostic tools to service battery-electric trucks, including the personal protective equipment for the technicians working with the high-voltage systems, according to the news release.

Oregon State partnering with Daimler on ‘SuperTruck’ project

CORVALLIS, Ore. — Researchers in the Oregon State University (OSU) College of Engineering are partnering with Daimler Trucks North America (DTNA) to develop a zero-emissions heavy-duty truck capable of regional and long-haul freight deliveries. According to a news release, OSU’s Yue Cao and Alan Fern plan “to use advanced electrical propulsion and artificial intelligence research to create the power electronics, motor drive technology and energy management tools for a hydrogen fuel cell truck tractor with a 600-mile range, a 25,000-hour cell life and a payload capacity equivalent to that of a diesel truck.” Cao, assistant professor of electrical and computer engineering, and Fern, professor of computer science, have received $860,000 for their role in the four-year Daimler “SuperTruck” project. “It’s exciting to be able to team up with Daimler toward the extremely important goal of lowering emissions without compromising the trucking industry’s ability to perform the vital job of moving consumer goods, industrial supplies and other key items around the country,” Fern said. The work by Oregon State is part of $25.8 million awarded by the Department of Energy (DOE) to DTNA, headquartered in Portland, Oregon, and $199 million awarded overall by the DOE to fund 25 projects geared toward putting cleaner cars and trucks on America’s roads and improving the nation’s electric vehicle charging infrastructure. According to the DOE, the transportation sector is the U.S. leader in carbon pollution among all economic sectors, accounting for nearly 29% of emissions. The department awarded a total of $127 million to five heavy-vehicle manufacturers in the latest round of SuperTruck funding, the third since the DOE Office of Energy Efficiency and Renewable Energy launched the initiative in 2009. “I’m thrilled to be partnering with Alan and with Daimler to help find clean-energy transportation alternatives,” Cao said. DTNA’s goal “is to develop an array of technologies to demonstrate an innovative hydrogen fuel cell electric tractor that exceeds heavy-duty long-haul sleeper performance, efficiency and range requirements without compromising payload,” according to the company. Initial project phases will include technology modeling, analysis, concept selection and design. Later stages involve building a demonstration truck and testing it under highway conditions. “Any comprehensive effort to tackle the climate crisis must include strategies to reduce pollution from the transportation sector,” said U.S. Rep. Earl Blumenauer, a Democrat representing Oregon’s 3rd District. “Daimler Trucks North America in Portland has made amazing contributions to the development of medium- and heavy-duty truck electrification technology to move us closer to that goal. I’m grateful to have been able to help secure funding for the SuperTruck program and will continue to do all that I can to support Daimler’s decarbonization efforts in my community and across the country.”

Kenworth, Platform Science partner to integrate Virtual Vehicle platform

KIRKLAND, Wash. — Kenworth and Platform Science have formed a partnership that will integrate Platform Science’s Virtual Vehicle program into Kenworth trucks using factory installed telematics hardware. “TruckTech+ has built a great foundation for the Kenworth connected vehicle since 2017,” Kevin Baney, Kenworth general manager and PACCAR vice president said. “Through this partnership Kenworth will expand its telematics system to provide customers with third party applications through the Virtual Vehicle platform. Fleets will benefit from enhanced operating efficiencies through access to software solutions, real-time vehicle data, and third party applications directly from their connected Kenworth trucks.” The Virtual Vehicle platform provides the following: Factory-installed telematics hardware enables fleets to maximize uptime by avoiding installation delays and costs for complementary hardware. Virtual Vehicle allows fleets to create a software experience catered to individual business needs through a growing pipeline of developer-created innovations. Virtual Vehicle leverages edge, cloud and in-dash data to optimize networks, keeping data available 24/7/365, even when fleets are offline. Users of participating applications on Virtual Vehicle benefit from usage-based billing. “Virtual Vehicle unlocks new ways for fleets to innovate with a platform that offers real-time insights and combines accessibility, flexibility and compatibility to ensure a driver-first experience,” Jack Kennedy, co-founder and CEO of Platform Science, said. “Kenworth is a long-time leader in designing, developing and manufacturing world-class transportation solutions, and we are proud to collaborate with their team to integrate this platform into their medium and heavy duty trucks.” The new suite of services will launch in 2024 for Kenworth’s Class 8 T680, T880 and W990 models and medium duty T180, T280, T380 and T480 models.

Nikola develops first mobile fueler for hydrogen fuel cell trucks

PHOENIX — Nikola Corporation has announced development of a heavy-duty, 700 bar (10,000 psi) hydrogen mobile fueler capable of direct fueling hydrogen fuel cell electric vehicles (FCEV). Nikola’s mobile fueler program includes its own mobile fuelers as well as a number of third party mobile fuelers, which will provide Nikola’s customers with a variety of flexible fueling options, according to a news release. “Nikola has spent the greater part of two years developing a flexible mobile fueling solution which cools and compresses hydrogen to rapidly fill 700 bar FCEV heavy-duty trucks,” Nikola Corporation President and CEO, Michael Lohscheller said. “Coupled with Nikola’s hydrogen tube trailer, with a capacity of 960 kg, Nikola’s mobile fueler can refuel customer trucks back-to-back. This will deliver flexible hydrogen fueling solutions for our customers starting in 2023 and will complement Nikola’s permanent hydrogen fueling stations which are being developed.” Nikola has additional hydrogen mobile fuelers being commissioned this year. “Nikola’s mobile fueler program will be an integral part of Nikola’s flexible customer service in its early years by delivering hydrogen to its FCEV customers at locations which meet their needs,” Carey Mendes, Nikola Corporation president of energy, said. “Along with Nikola’s portfolio of hydrogen supply and permanent heavy-duty stations, these flexible mobile fuelers will ensure that our customers have complete coverage for their fueling needs.” Nikola recently announced that it has received a California Air Resources Board (CARB) Zero-Emission Powertrain Executive Order that is a requirement for the Nikola Tre FCEV to be eligible for CARB’s Hybrid and Zero Emission Truck and Bus Voucher Incentive Project (HVIP) program. Upon final HVIP approval, purchasers of the Nikola Tre FCEV in 2023 may be able to qualify for California’s state-based incentive valued at $240,000 per truck, $270,000 per truck for drayage fleets or up to $288,000 per truck for fleets with 10 trucks or less that perform drayage operations and are located within a disadvantaged community area. Eligible non-drayage fleets may secure up to 30 HVIP vouchers and drayage fleets may secure up to 50 vouchers. In addition to the funding provided by HVIP, purchasers of Nikola’s Tre FCEVs will also qualify for an additional $40,000 clean commercial vehicle tax credit in 2023 from the federal government due to the passage of the Inflation Reduction Act. With a range of up to 500 miles, the Nikola Tre FCEV is expected to have among the longest ranges of all commercially available zero tailpipe emission Class 8 tractors while realizing weight savings when compared to Class 8 BEVs with similar range.  

Volvo-backed investment group helps fund tech company focusing on autonomous trucking

GOTHENBERG, Sweden — Volvo Group Venture Capital AB has invested in the Canadian company Waabi Innovation Inc. to develop new autonomous trucking technology. The investment “highlights the companies’ shared commitment to redefine the way goods are moved and accelerate the deployment of future transport solutions,” a news release stated. “The company Waabi is using advanced artificial intelligence technology to test, assess skills, and ultimately teach a virtual driver to maneuver safely and efficiently in a commercial-ready autonomous trucking solution,” President of Volvo Group Venture Capital Martin Witt said. “We are impressed by what they have accomplished and see that Volvo Group can add considerable strategic value to the development of their business. We are currently exploring ways to cooperate.” Freight movement is rapidly increasing, with the trucking industry moving the vast majority of the goods. Accommodating this growth pressure every part of the supply chain industry. Volvo Group believes fully autonomous trucking transports are key to provide additional capacity, better safety and improved efficiency but also support drivers in tiresome routes. “Partnerships and investments are key to commercializing autonomous transport solutions at scale,” President of Volvo Autonomous Solutions Nils Jaeger said. “We welcome Volvo Group’s decision to invest in companies like Waabi who are building the new transport ecosystem.” Waabi is developing next-generation artificial intelligence technology to solve autonomy at scale. The company unveiled the Waabi Driver, its core autonomous trucking solution, designed for large-scale commercialization and safe deployment. This solution is complemented by Waabi World, a scalable simulator exposing the Waabi Driver to the vast diversity of scenarios needed to hone its driving skills and paving the way to widespread adoption of autonomous trucking. “Autonomy will one day transform trucking and logistics, but the self-driving industry has not solved this challenge, yet,” Raquel Urtasun, founder and CEO of Waabi, said. “Our AI-first approach is the key to unlocking this reality at scale. Volvo Group’s investment in Waabi marks the next step in our journey, particularly around our shared commitment to safety.”  

DriveOhio to deploy self-driving vehicles, including big rigs, on state’s rural roadways

COLUMBUS, Ohio – DriveOhio‘s Rural Automated Driving Systems will deploy automated vehicles, including 18-wheelers, on rural roadways in central and southeast Ohio as part of a project to gather data to help define future technology needs. “Most automated driving systems have been tested in urban areas, but there’s still much to learn about how automated vehicles operate in rural areas when navigating around curves, over hills, and in and out of shaded areas,” a news release stated. “Automated driving systems are expected to transform roadway safety in the future, and the data collected with this project will be used to refine the technology to maximize its potential,” DriveOhio Executive Director Preeti Choudhary said. “This critical work will provide valuable information to help advance the safe integration of automated vehicle technologies in Ohio and across the nation.” The vehicles have already been tested at the Transportation Research Center (TRC) Inc.’s 4,500-acre proving grounds in East Liberty, Ohio. This provided closed roadway testing over a full range of navigational situations that are encountered in everyday driving before the driving automation system equipped vehicles are taken onto public roadways and highways. “The project is funded in part by a $7.5 million grant from the U.S. Department of Transportation. the project aims to demonstrate how connected and automated semi-trucks and passenger vehicles could improve safety for drivers, passengers and other travelers in rural settings,” the news release stated. The project, which focuses on 32 counties in Ohio’s rural Appalachian region, is being called the most comprehensive testing effort yet to be conducted on rural roads in the United States. “This project holds great promise for the future of transportation and the economic wellbeing of rural communities, while strengthening Ohio’s historic reputation as a world leader in transportation safety and innovation,” Brett Roubinek, president and CEO of TRC Inc, said. First deployment The first of two deployments include three passenger vehicles equipped with AutomouStuff technology traveling on divided highways and rural two-lane roads in Athens and Vinton counties. They will be tested in different operational and environmental conditions, including in periods of limited visibility and in work zones. When the automated driving system is engaged, the technology will control steering, acceleration, and braking. Throughout the year-long deployment, a professional driver will always be in the driver’s seat with their hands on the wheel, ready to take over if needed. “Many vehicles on the road today already have some degree of automated driving system technologies like adaptive cruise control, lane keep assist, or emergency braking,” Choudhary said. “Those systems are meant to enhance safety, but they certainly don’t replace the human driver.” In addition to rigorous testing at the TRC, the deployment relies on high-definition mapping of specific routes that is then verified by professional drivers before engaging the automated technology. These maps provide the advanced driving system precise information about the surrounding environment including explicit roadway characteristics such as lane widths and the location of signals, crosswalks, and nearby buildings. “The rural Appalachian area surrounding Ohio University would greatly benefit from using autonomous vehicles to deliver goods and transport people, but the road conditions are very different than urban and suburban regions,” Dr. Jay Wilhelm, associate professor of mechanical engineering at Ohio University, said. “This project gives us an incredible opportunity to test automated vehicles in rural areas and gather data to demonstrate the unique challenges and work towards solutions. Our goal is to bridge the technology gap in rural Appalachian communities so automated vehicles can improve quality of life throughout the region.” Second deployment The second deployment will feature a pair of 53-foot platoon-equipped tractor-trailers connected by technology that enables them to travel closely together at highway speeds. When the trucks are connected, the lead vehicle controls the speed, and the following vehicle “will have precisely matched braking and acceleration to respond to the lead vehicle’s movement,” the news release noted. The trucks used in this project are equipped with radar to detect other vehicles. “This technology allows the trucks to monitor and react to the environment around them in certain ways, such as following the lead vehicle and responding to slower moving traffic; however, human engagement in the driving task is critical. Like the first deployment, a professional driver will always be in the driver’s seat with their hands on the wheel,” according to the news release. The trucks will first be deployed on the 35-mile U.S. 33 Smart Mobility Corridor, specifically designed for testing smart and connected vehicles. Later this year, a private fleet will begin using the trucks in their day-to-day business operations. In addition to increased efficiency and reduced fuel consumption for fleets, development of this technology ultimately aims to reduce human error, making Ohio’s roads safer. The significant impact on roadway safety makes the Ohio State Highway Patrol and local law enforcement key partners in the effort.