Cab Design and Driver Environment

Freightliner designed the Cascadia with an emphasis on familiarity. The dashboard keeps controls within easy reach, gauges are easy to read at a glance, and the overall layout changes gradually between model years, allowing drivers to move between trucks with little adjustment. Large mirrors and a wide windshield also contribute to strong visibility during highway driving and while maneuvering around terminals or truck stops.

Volvo takes a different approach by shaping the cab around the driver’s seating position. The dashboard angles toward the seat, the steering wheel offers a wide range of adjustment, and the lower side windows improve visibility when turning or backing into loading docks. Those differences are subtle, but drivers spending weeks behind the wheel often notice the more driver-centered layout.

Sleeper Comfort and Living Space

Freightliner offers several sleeper configurations designed to maximize storage without adding unnecessary complexity. Cabinets, overhead compartments, under bunk storage, and durable interior materials reflect the truck’s focus on practicality and daily use across large fleet operations.

Volvo places greater emphasis on the living environment. The VNL incorporates additional sound insulation, flexible storage layouts, and sleeper designs intended to make extended time on the road more comfortable. Depending on the configuration, drivers may also find additional workspace and improved organization throughout the sleeper.

Both manufacturers provide enough interior space for regional and coast-to-coast operations, although the VNL generally places more emphasis on comfort while the Cascadia prioritizes function.

Engines and Powertrain

Freightliner gives buyers more flexibility by offering the Cascadia with Detroit DD13, DD15, DD16, and Cummins X15 engines. Most Detroit-powered models are paired with the DT12 automated manual transmission, allowing fleets to standardize around the powertrain that best matches their maintenance strategy or freight application.

Volvo centers the VNL around its proprietary D13 engine and I Shift automated manual transmission. Rather than offering multiple engine families, Volvo develops both components as a single integrated drivetrain, allowing the engine, transmission, and predictive shifting systems to communicate continuously while the truck is operating.

Both platforms provide horsepower and torque ratings capable of handling dry van, refrigerated, flatbed, tanker, and dedicated freight applications.

Fuel Efficiency Technology

Freightliner improves highway fuel economy through aerodynamic body panels, chassis fairings, predictive cruise control, idle reduction technologies, and Detroit’s integrated engine management systems. The truck’s aerodynamic profile has been refined over multiple generations to reduce drag while maintaining serviceability.

Volvo combines aerodynamic improvements with the I See predictive cruise system, which uses mapped terrain data to anticipate upcoming grades before the truck reaches them. By preparing the drivetrain in advance, the system can reduce unnecessary shifting and improve overall efficiency on rolling terrain.

Fuel economy differences between the two trucks often become smaller in real-world operation because vehicle speed, trailer specification, terrain, weather, payload, idle time, and driving habits have a greater influence on fuel consumption than the manufacturer alone.

Safety and Driver Assistance

Freightliner equips the Cascadia with Detroit Assurance, a suite of driver assistance technologies that can include adaptive cruise control, automatic emergency braking, lane departure warnings, collision mitigation, and electronic stability control depending on the model year and equipment package.

Volvo offers a comparable collection of active safety technologies throughout the VNL lineup, including collision warning systems, adaptive cruise control, lane support features, and electronic stability systems. Equipment varies by specification, making it important to compare individual trucks instead of assuming every model includes the same features.

Ride Quality

The Cascadia delivers a stable ride that many fleet drivers describe as predictable during long interstate runs. Steering response remains consistent, suspension tuning balances comfort with durability, and the truck performs well across a wide variety of freight applications.

The Volvo VNL has developed a reputation for placing additional emphasis on reducing driver fatigue. Cab suspension, seat ergonomics, steering adjustments, and interior noise reduction all contribute to a quieter driving experience that many operators notice during extended trips.

Neither truck sacrifices highway performance, but the VNL tends to receive more recognition for overall ride comfort while the Cascadia is often praised for its straightforward driving characteristics.

Maintenance and Service Support

Freightliner maintains one of the largest heavy-duty dealer and service networks in North America, giving fleets broad access to replacement parts and qualified technicians throughout the United States and Canada. That network can reduce downtime for carriers operating nationwide.

Volvo also supports its trucks through an extensive dealer network while continuing to expand connected vehicle technologies that provide maintenance reminders, remote diagnostics, and vehicle health monitoring. Those systems help fleets identify developing issues before they become more significant repairs.

Routine maintenance schedules remain comparable between the two platforms, and long-term operating costs are influenced more by preventive maintenance, utilization, and operating conditions than by the manufacturer itself.

Comparing the Freightliner Cascadia and Volvo VNL

The Cascadia appeals to fleets and owner-operators looking for engine flexibility, practical interior design, and widespread service support across North America. The VNL distinguishes itself through an integrated drivetrain, refined interior, and features designed to improve comfort during extended periods behind the wheel. Comparing engine configuration, sleeper layout, safety equipment, and intended application provides a clearer picture than focusing on the truck name alone because both platforms offer multiple specifications that can change the ownership experience.

Frequently Asked Questions

Which truck is more common in North American fleets?

The Freightliner Cascadia is widely considered the most common Class 8 highway tractor in North America, although the Volvo VNL is also heavily used by national and regional carriers.

Does the Freightliner Cascadia offer more engine choices than the Volvo VNL?

Yes. The Cascadia is available with multiple Detroit engines as well as the Cummins X15, while the Volvo VNL is primarily built around the Volvo D13 engine and I Shift transmission.

Is the Volvo VNL known for ride comfort?

Many drivers recognize the Volvo VNL for its emphasis on cab ergonomics, seat design, suspension, and interior noise reduction, making it a popular choice for long haul operations.

Which truck has the larger dealer network?

Freightliner operates one of the largest heavy-duty truck dealer networks in North America. Volvo also maintains extensive dealer coverage throughout the United States and Canada.

Should owner-operators compare model years as well as truck models?

Yes. Engine options, safety technology, sleeper layouts, transmissions, and available features can vary significantly by model year, making it important to compare the specific truck rather than relying only on the model name.

The TDUSA editorial team creates practical, driver-focused content covering trucking news, industry updates, safety, regulations, and career information for professional truck drivers across the United States. Each article is built to reflect real-world experience, industry developments, and information drivers can use on and off the road.

Last Updated: July 30, 2026

The post Freightliner Cascadia vs. Volvo VNL: Comparing Two of America’s Most Popular Highway Trucks appeared first on Truck Drivers USA.

From the 1960s into the early 1980s, they hauled freight across the Interstate Highway System, lined truck stop parking lots, and filled dealership inventories. Nearly every major truck manufacturer built cabover models because they solved one of the industry’s biggest challenges at the time: fitting as much trailer as possible within legal length limits.

Today, conventional tractors dominate North American highways. Cabovers never disappeared completely, but they became a much less common sight. The shift happened gradually as regulations changed, truck designs improved, and fleets began placing greater value on driver comfort and operating efficiency.

When Shorter Trucks Meant Longer Trailers

For years, federal and state regulations limited the overall length of a tractor-trailer combination. Every foot occupied by the tractor was one less foot available for the trailer.

Cabovers offered a simple solution. By placing the driver above the engine instead of behind it, manufacturers eliminated the long hood found on conventional trucks. The shorter tractor allowed carriers to maximize trailer length while remaining within legal limits, making cabovers a practical choice for long haul freight.

As a result, manufacturers such as Freightliner, Kenworth, Peterbilt, International, Mack, and White all offered cabover models that became familiar across the country.

The Rules Changed

The biggest turning point came during the 1980s.

Federal highway regulations gradually shifted away from limiting the overall length of a tractor-trailer combination and instead focused on trailer length. Once carriers could legally operate longer trailers without relying on an exceptionally short tractor, one of the cabover’s biggest advantages began to disappear.

Conventional trucks suddenly had room to compete on other strengths.

Drivers Wanted More Space

Long haul trucking was also changing.

Drivers were spending more time on the road, and truck manufacturers were responding with larger sleeper cabs, improved seating, better insulation, and more storage. Conventional tractors offered engineers more flexibility when designing those features because the engine sat ahead of the cab rather than underneath it.

Ride quality improved as well. With the front axle positioned farther ahead of the driver, conventional trucks generally provided a smoother ride over rough pavement than many cabover models.

For fleets trying to attract and retain experienced drivers, those improvements became increasingly important.

Manufacturers Continued Improving Conventional Trucks

During the 1980s and 1990s, manufacturers invested heavily in aerodynamic designs that reduced wind resistance and improved fuel economy.

Long, sloped hoods became more efficient than the boxier cabover designs that had been common for decades. At the same time, easier engine access simplified routine maintenance because technicians could raise a hood instead of tilting an entire cab forward.

No single improvement replaced the cabover. Together, they made conventional trucks the better fit for most over-the-road applications.

Cabovers Still Have a Place

Although they are no longer the standard choice for long haul trucking in North America, cabovers continue to perform jobs where a compact design is an advantage.

Refuse collection, municipal services, airport operations, fire apparatus, and some heavy vocational applications still rely on cabover trucks because they can maneuver more easily in confined spaces than conventional tractors.

Outside North America, cabovers remain the dominant design in many countries. Narrower roads and stricter vehicle length regulations continue to make shorter tractors the practical choice throughout much of Europe and parts of Asia.

A Lasting Part of Trucking History

Cabover trucks helped shape modern trucking during a period when every inch of trailer space mattered. As regulations evolved and conventional tractors became more comfortable, more aerodynamic, and easier to maintain, fleets gradually changed direction.

While they no longer dominate interstate highways, cabovers remain an important part of trucking history and continue to prove their value in specialized applications where maneuverability matters as much today as it did decades ago.

Frequently Asked Questions

Why were cabover trucks so popular?

Cabovers allowed carriers to maximize trailer length when overall vehicle length limits were more restrictive than they are today.

Are cabover trucks still made?

Yes. Several manufacturers continue producing cabover trucks for vocational applications and international markets.

Why are cabover trucks common in Europe?

European vehicle length regulations and narrower road networks make compact truck designs more practical than conventional tractors in many situations.

Are cabover trucks harder to maintain?

Routine engine access typically requires tilting the cab forward, while conventional trucks generally provide easier access by raising the hood.

Do any American fleets still use cabover trucks?

Yes. Cabovers remain common in refuse collection, municipal fleets, airport operations, and other specialized applications where maneuverability is more important than long haul comfort.

The TDUSA editorial team creates practical, driver-focused content covering trucking news, industry updates, safety, regulations, and career information for professional truck drivers across the United States. Each article is built to reflect real-world experience, industry developments, and information drivers can use on and off the road.

Last Updated: July 15, 2026

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The seminar is scheduled for Aug. 19-20 at The Commons in downtown Columbus, Indiana.

ACT Research has become one of the more recognized forecasting and analytics firms tied to the North American trucking industry since launching in 1986. The company is widely followed by fleets, truck manufacturers, suppliers, and businesses connected to commercial transportation markets.

Freight, Truck Orders, And Market Forecasts Expected to Lead Discussions

According to ACT Research, analysts during the seminar will present outlooks covering multiple areas of the trucking industry between 2026 and 2029.

Topics expected to be discussed include:

freight market conditions
Class 8 truck demand
trailer markets
medium-duty vehicle trends
used truck pricing
emerging transportation technology

With fleets continuing to watch operating costs, freight demand, and equipment pricing closely, long-term forecasting events remain a major focus across several areas of the trucking industry heading into 2026.

Industry Executives Scheduled to Speak During Event

The seminar will also feature several high-profile transportation industry executives.

Scheduled keynote speakers include:

Rusty Rush, CEO of Rush Enterprises
Alison Trueblood, vice president and general manager at Cummins
Derek Leathers, CEO of Werner Enterprises

ACT said the event regularly attracts transportation decision makers from across the commercial vehicle sector, including fleet operations, manufacturers, suppliers, technology providers, and financial organizations connected to trucking.

Seminar Marks Major Milestone for ACT Research

Along with serving as the company’s 75th Market Vitals Seminar, the event also marks ACT Research’s 40th anniversary.

The company said networking opportunities throughout the seminar are designed to encourage discussion between transportation leaders and businesses navigating changes in freight markets, commercial vehicle demand, and broader economic conditions affecting trucking.

As fleets continue evaluating freight activity and equipment planning for the years ahead, events focused on forecasting and market analysis continue drawing significant attention throughout the transportation industry.

The Truck Drivers USA editorial team creates practical, driver-focused content covering industry topics, job trends, and real-world decisions that impact drivers at every stage of their careers. Each article is written to provide clear, accurate information that drivers can use.

Last updated: May 29, 2026

Source: The Trucker

The post ACT Research Marks 40 Years with Industry Outlook Seminar Focused on Trucking Trends Through 2029 appeared first on Truck Drivers USA.

“Built on a completely new platform – 90 percent new compared with the legacy model – the Volvo VNR is purpose-built for navigating congested city streets, distribution centers, and urban routes where visibility, precision, and agility are critical,” said Peter Voorhoeve, president of Volvo Trucks North America. “We are excited to begin production and get these trucks into the hands of our customers.”

The first units rolled off the line in February 2026 and are slated for delivery to Clayton, a national single-family homebuilder. Orders for the new VNR opened six months after its March 2025 unveiling.

Made in the U.S., Supported by Skilled Workforce

The New River Valley Plant, where all North American Volvo trucks are assembled, is the company’s largest manufacturing site worldwide. Voorhoeve emphasized Volvo’s commitment to U.S. manufacturing, noting, “Volvo has built trucks for the U.S. and Canadian markets in Virginia for more than 40 years. The expansion supports the company’s growth plans in North America and its long-standing commitment to U.S. manufacturing and a skilled workforce.”

Volvo recently invested $400 million in upgrades at the plant, including a new 350,000-square-foot facility for cab welding and improved paint and material flow systems.

Fuel Efficiency and Safety Upgrades

The new Volvo VNR offers up to 7.5 percent better fuel economy than the previous model, thanks to improved aerodynamics, advanced powertrain features, and idle-shutdown systems. Volvo says this increase helps lower operating costs while supporting sustainability goals in regional and local delivery applications.

“The new Volvo VNR incorporates a comprehensive Volvo safety package, with advanced onboard technologies designed to support operation in dense urban traffic and pedestrian-heavy environments,” Volvo stated. “The truck offers better forward visibility than the previous model, enabled by a sloped hood design and a larger panoramic windshield. It also incorporates industry-first safety innovations, including integrated side curtain airbags, making it the safest regional truck ever produced by Volvo Trucks North America.”

Optimized for Urban and Regional Routes

The VNR’s tighter turning radius makes it ideal for city streets, distribution centers, and other confined areas. Its features include:

• Up to 7.5 percent improved fuel efficiency
• Volvo Active Safety Platform with Volvo Active Driver Assist Plus
• Camera Monitor System for enhanced visibility, including infrared tech for low-light conditions and digital reference lines for trailer positioning
• Multiple axle options, including Adaptive Loading, Electronically Controlled Suspension, and Global Rear Air Suspension
• Class 8 configurations: 4×2, 6×2, and 6×4 tractors, plus straight trucks with multiple body types
• Two trim levels: Core for practical durability, Edge for enhanced comfort and premium in-cab features
• 24-volt electrical architecture supporting advanced safety and connectivity
• Engine options: VGT engines from 405-455 HP with 1450-1850 lb-ft of torque, plus D13 Turbo Compound engines with waste heat recovery and two additional low-NOx ratings

“The start of production of the Volvo VNR follows the launch of Volvo Trucks’ all-new long-haul Volvo VNL,” Volvo said. “Together, the VNL and VNR reflect the company’s focus on application-specific trucks designed to improve efficiency, safety, and uptime across a range of fleet operations.”

For drivers navigating city routes and regional deliveries, the VNR promises better maneuverability, enhanced safety, and improved fuel efficiency—making it a strong choice for fleets focused on reliability and driver comfort.

Source: The Trucker

The post Volvo Trucks Begins Production of New Regional Hauler at Virginia Plant appeared first on Truck Drivers USA.

The rebound was stronger than analysts anticipated.

“The 11% m/m gain was better than expected on a seasonally adjusted basis,” said Steve Tam, vice president at ACT. “August is typically the second-best sales month of the year, running more than 8% above average. The auction market turned in a respectable performance that was counter to its expected decline. Auction volumes floated 3.4% higher m/m in August. The wholesale channel saw its largest sequential gain since February 2024 in August, adding 35% m/m. Combined, total market same dealer sales volumes climbed 11% m/m in August.”

Those increases across wholesale, retail, and auction channels hint that fleet buyers and dealers may finally be shaking off months of hesitation tied to freight demand, rates, and economic uncertainty.

Tam added that the timing aligns with historic trends, even if the broader economy feels unpredictable right now.

“Even though summer does not officially end until late September, used truck sales typically exit the summer (and spring) doldrums in August,” he said. “Clearly, August did not disappoint this year, at least from a unit volume perspective. Industry participants should interpret this as a positive sign, especially in light of all the noise in the economy and commercial vehicle market these days.”

For dealers, carriers, and independent buyers, the August bump could be a welcome shift heading into the fourth quarter, especially after months of sliding volumes and flat pricing. Whether this momentum holds will depend on freight conditions, interest rates, and inventory availability heading into fall and winter.

Source: The Trucker

The post Used Class 8 Truck Sales See First Uptick in Five Months, ACT Research Reports appeared first on Truck Drivers USA.

This shift marks a move away from the Bendix Fusion system previously used in Mack’s Class 8 lineup. Mack Protect was built in-house to meet the unique needs of Mack drivers and offers new layers of protection — both in terms of crash mitigation and helping prevent incidents before they happen.

Instead of a one-size-fits-all setup, Mack Protect comes in three versions so fleets and drivers can choose what fits best for their needs:

• Mack Protect (Standard) includes core forward-facing tools: adaptive cruise control, lane departure warnings, automatic emergency braking, forward collision alerts, traffic stop-and-go support, frontal airbags, forward pedestrian detection, and road sign recognition.
• Mack Protect Pro adds more side protection, including side curtain airbags, lane change alerts, blind spot monitoring on both sides, and pedestrian detection along the sides of the truck.
• Mack Protect Premier takes it a step further with active steering and lane-keeping assist layered on top of the Pro package.

On top of all this, Mack says the system brings in some brand-new technologies never before offered on their trucks. That includes:

• Driver Awareness Support with a heads-up display
• Radar systems for both the driver and passenger sides
• Automatic warnings for forward and side pedestrian detection
• Lane-keeping assistance through active steering

Scott Sokach, senior safety product manager at Mack Trucks, explained that the new system was built with everyday driving challenges in mind.

“The driver awareness features we’ve developed respond directly to the challenges professional drivers face every day,” Sokach said. “Our system is designed not just to respond to emergencies, but to help prevent them from occurring in the first place by extending the driver’s awareness of their surroundings.”

With safety demands evolving quickly in the trucking world — especially on long highway hauls — Mack is clearly putting a stronger focus on helping drivers feel more in control behind the wheel. And with the new Pioneer leading the way, the company seems committed to keeping both drivers and those around them safer mile after mile.

Source: Commercial Carrier Journal

The post Mack’s New Safety Tech Aims to Support Drivers Before Trouble Starts appeared first on Truck Drivers USA.

Launched in 1980, PacLease began as a way for dealerships to offer more to buyers seeking flexible transportation options. “It enabled these dealerships to better serve their customers – many of which were looking into full-service leasing as a product offering for these specific buyers,” according to a release issued Monday. “That has culminated into nearly 41,000 PACCAR vehicles being in lease or rental service worldwide through PacLease.”

Ken Roemer, President of PACCAR Leasing, reflected on the company’s founding. “In 1980, PacLease was established during a pivotal moment in the trucking industry marked by deregulation, offering customers greater flexibility and control over how they managed their transportation needs,” he said. “It made a lot of sense for our dealerships to join the PacLease network — we started with 17 franchises located across the United States and Canada. While fleets could lease PACCAR products from other full-service leasing companies, we felt a direct connection with Kenworth and Peterbilt dealerships – who could custom-spec a truck for their customer’s exact requirements – would be a differentiator in the marketplace. And, looking back, it certainly has been.”

That momentum has only accelerated over the decades. “And, it hasn’t stopped,” Roemer added. “Today, we’re continuing to touch customers in the U.S., Canada, as well as in Mexico, Australia and Europe. It’s been exciting to see the growth.”

A Network That Keeps Fleets Moving

Today, PacLease supports its global fleet through 665 service locations—540 of them in the U.S. and Canada. That reach plays a critical role in keeping trucks on the road.

“Providing service virtually everywhere has been a key to our sustained growth,” Roemer said. “Our franchises, while independently owned, know the key to great customer service is to treat each customer as if it were their own. If there ever is a problem on the road, a PacLease location is there to offer full support to keep the truck moving.”

Expanding to Meet Today’s Needs

PacLease has continued to evolve alongside the trucking industry. In 2024, the company launched an online Franchise Portal, giving its franchise network access to real-time fleet reports and prognostic information—tools designed to improve uptime and efficiency.

The company also offers contract and managed maintenance programs, helping fleets that run both leased and owned vehicles. “That’s been especially attractive for fleets that have a combination of leased and owned vehicles,” Roemer said. “Trucks continue to evolve in technology, making them more challenging to service for those with their own shops. As a result, more fleets are relying on PacLease to provide that support – saving them time, money, and downtime.”

Built on Quality and People

As PacLease celebrates 45 years, Roemer credits its long-term success to the strength of PACCAR products and the people behind them. “Premium Kenworth, Peterbilt, and DAF trucks are the hallmark of PACCAR. It’s why the company has been so successful over the years,” he said. “But it also takes a strong, dedicated franchise group to back those products with an unrelenting passion for customer support and service. Great products, backed by great service, is the key to being successful in today’s environment. I couldn’t be prouder of our team, our franchises and our customers of what we’ve achieved in our first 45 years. Our goal remains the same – to be the transportation solutions provider of choice for the full-service lease and rental market.”

Image Source: PacLease
Source: The Trucker

The post PacLease Celebrates 45 Years of Service and Growth appeared first on Truck Drivers USA.

Fernando Couceiro, Mack’s Vice President and Product Owner for Highway Trucks, explained that while the Anthem had been popular in daycab fleets since its launch in 2017, it didn’t quite hit the mark in the sleeper market. With the Pioneer, Mack aims to win back ground in the long-haul segment, where it currently holds a smaller 2% share.

Jonathan Randall, President of Mack Trucks North America, addressed the audience at the reveal, emphasizing the need for Mack to surpass competitors: “To take share from our competitors, we have to be better than them.” He stressed the importance of pushing boundaries with the Pioneer to remain competitive in the marketplace.

Lukas Yates, Mack’s Expert Chief Designer, shared that the truck’s design was built around three core principles: performance, comfort, and aerodynamics. The Pioneer promises to deliver impressive efficiency without compromising the rugged, iconic look that Mack is known for.

The Pioneer’s arrival is the culmination of an eight-year development journey, supported by a buzz-generating social media campaign leading up to the event. Teasers such as the cryptic “monster Mack” video and Blair Witch-style clues had truck enthusiasts eagerly awaiting the truck’s reveal.

In a nod to Mack’s 125th anniversary, Volvo Group CEO Martin Lundstedt compared the excitement surrounding the Pioneer’s debut to the 2017 Anthem launch, calling it “almost like Christmas Day” for the brand.

As the new flagship model, the Pioneer takes the spotlight, though the Anthem will remain available. Mack Trucks President Stephen Roy confirmed, “We are so revved up and ready to show you the next generation of Anthem… but not today.”

Aerodynamics and Performance at the Forefront

One of the Pioneer’s standout features is its improved aerodynamics, which help the truck achieve greater fuel efficiency. The truck’s design eliminates the iconic bulldog ornament from the hood, integrating it into the grille to reduce drag. The grille is reinforced with a durable, lightweight metal mesh, which adds strength and reduces weight.

The truck also features new headlamps with a defrost system to prevent ice buildup, a smart and functional design change.

Mack’s emphasis on aerodynamics extends to the cab, where the design team balanced airflow optimization with maintaining the company’s signature rugged look. “It had to pass the B.A. test,” said Couceiro. “Does it look badass?” Lukas Yates pointed out the challenge of combining aerodynamics with toughness, calling it “really difficult to make an aero shape look tough.”

Thanks to these aerodynamic updates, a redesigned MP13 engine, and an upgraded transmission, the Pioneer delivers up to 11% better fuel efficiency than its predecessor, with a 4% improvement directly attributed to the new engine.

The Pioneer also introduces a digital mirror system, replacing traditional side mirrors with cameras mounted on top of the sleeper. This innovation boosts fuel efficiency by about 1% and offers better visibility by eliminating blind spots.

Driver-Centered Comfort and Interior Design

The Pioneer’s interior is equally impressive. It was completely redesigned based on feedback from professional drivers. Mack conducted a clinic at Virginia Tech, where 40 drivers provided input on the truck’s ergonomics, ensuring the truck’s cabin is as driver-friendly as possible.

Vince Lokers, Chief Designer of the Pioneer’s interior, reflected on the design process: “An all new body-in-white is really a dream come true for a designer.” The result is a truck that’s comfortable and practical for drivers.

The Pioneer offers a premium seating system, featuring wider, taller frames, heated and cooled seats, and even a built-in massage function. The cab itself has been redesigned with 3.5 inches more width and an additional inch of headroom, making it easier for drivers to get in and out safely.

Other driver-friendly features include a push-button start, a steering column-mounted transmission stalk for better ergonomics, and a flat-bottom steering wheel for easier access. There’s also wireless charging, a customizable switch layout, and a parking cooler that allows the truck’s batteries to keep the cabin cool without idling.

Safety and Technology Features

The Pioneer comes equipped with several cutting-edge safety features, including frontal airbags and Mack Protect, which integrates advanced driver assistance systems. Inspired by the construction industry, a new cab entry step design provides better grip and reduces snow and ice buildup in winter conditions.

On the tech side, the Pioneer is the most connected Mack truck to date. It features remote diagnostics, over-the-air software updates, and the MyMack app, which allows drivers to monitor truck status and control key functions remotely. The truck also includes dual inductive charging stations for both the driver’s position and the bunk area.

The infotainment system has been updated with a 12-inch digital instrument cluster and a 9-inch secondary screen for easy control of all features. For those who need to mount devices for navigation or compliance, the Pioneer offers a new ELD mounting plate and a dedicated tablet holder.

Mack Trucks sets a new standard for the Class 8 on-highway market with the Pioneer. The truck’s blend of aerodynamics, performance, and driver-centered features demonstrates Mack’s commitment to staying ahead of the competition. As the company celebrates its 125th anniversary, the Pioneer is a bold statement of Mack’s vision for the future of trucking.

Source: Overdrive
Source: Mack, Overdrive

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The latest updates include automatic software updates through its over-the-air (OTA) update platform and a self-service feature allowing fleets to modify truck parameters directly through Mack Connect.

Simplifying Updates with AutoSend

Nicole Portello, Senior Vice President and Chief Digital Officer for Mack Trucks, likened the new AutoSend update feature to how smartphones handle system updates. AutoSend notifies fleets and drivers via the in-cab Driver-Display Activation when an OTA update becomes available. From there, fleets have up to 28 days to decide when to install the update.

Best of all, AutoSend ensures updates can be performed whenever the truck is parked, without requiring any intervention from drivers, fleet managers, or Mack’s customer care team. “It gives a lot of control and a lot of power back to the fleets,” said Portello, noting that trucks running the latest software experience 22% less unplanned downtime.

Since its launch, Mack’s telematics gateway—standard on all Mack trucks with Mack engines over the past 10 years—has been installed in 200,000 of its Class 8 trucks. Of those, 73,000 trucks are currently subscribed to Mack’s Integrated Uptime bundle, and over 24,000 remote updates have been completed.

Starting in the coming weeks, AutoSend will be a standard feature for customers with trucks equipped with Driver-Display Activation, a digital dashboard interface allowing drivers to review and install updates directly. This feature is available on most Mack-powered trucks built after November 30, 2020, and customers can choose to opt out if desired. According to Portello, fewer than 100 current subscribers have elected to opt out of the program so far.

Self-Serve Vehicle Parameters by Mid-Year

By mid-year, Mack will further streamline operations for its customers with the introduction of self-serve parameter changes through Mack Connect. This new capability will enable motor carriers to independently adjust settings like road speed limits and idle shutdown parameters, as well as create profiles specific to each truck.

Previously, making these types of adjustments required help from Mack’s Uptime Center or a trip to a dealership. Now, fleets can manage these changes themselves, directly within the Mack Connect portal.

As Mack Trucks celebrates 125 years of innovation and leadership, it continues to push boundaries in connectivity and fleet efficiency—proving that it’s not just a giant in history, but also in the future of trucking.

Source: Commercial Carrier Journal

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Targeting Freight’s Largest-Impact Segment

Based in Fort Wayne, Indiana, NACFE has explained their decision to focus this Run on what they call the “messy middle.”

“We chose to focus this Run on the messy middle and specifically on long-haul, return-to-base, and over-the-road duty cycles because it is the largest emitting market segment and there is confusion surrounding it,” said Mike Roeth, NACFE’s executive director.

Set to take place in September, the event will highlight four distinct powertrain options—diesel, natural gas, battery-electric, and hydrogen fuel cells. Each powertrain type will be represented by three trucks from different fleets, offering valuable real-world data to help better understand the long-haul segment.

“By having trucks with a variety of powertrains, we will be able to capture real-world data and bring some clarity to the long-haul portion of the messy middle,” Roeth noted.

NACFE is actively working with fleets to select an accurate mix of participants to reflect current industry trends. The organization has announced that details about the selected fleets will be shared this spring, followed by on-site visits to each of the 12 fleet locations.

Leveraging Data to Drive Insights

For this Run, like previous ones, each participating truck will be equipped with Geotab telematics devices. Geotab, NACFE’s official data partner for Run on Less – Messy Middle, will enable the event to collect and analyze critical data.

The Run on Less website will also play a central role, featuring updated fleet profiles, video stories, and a dashboard tracking various metrics. Additionally, information and results from the prior four Runs will still be accessible through the site, allowing for comprehensive knowledge sharing.

Educational Bootcamp Series Kicks Off in February

Complementing the September event is a 13-session Bootcamp series, set to begin on Wednesday, February 11, at 1 p.m. EST, with sessions continuing every other week. The Bootcamp is designed to educate and engage industry professionals across various fuel technologies, including diesel, natural gas, battery-electric, and hydrogen-powered vehicles.

Three sessions will specifically cover each powertrain type, followed by dedicated recap workshops. A concluding session will address additional fuel-efficiency technologies critical to the messy middle.

Rachel Ellenberger, NACFE’s industry engagement manager, expressed her enthusiasm for the Bootcamp program, saying, “The NACFE team has been hard at work over the last few months putting together stellar programming for the Run on Less – Messy Middle Bootcamp, and I’m excited to unveil it to our audience.”

She added, “This year’s Bootcamp will include the educational sessions we all know and love along with workshops designed to be more conversational and encourage further audience participation. The agenda is set, and we’re excited to continue to recruit engaging speakers who are talented storytellers in their corner of the industry. I’m looking forward to seeing you in February!”

Participants can register for the Bootcamp today, with ACT News, published by TRC Companies, assisting NACFE in coordinating the program mechanics.

Event Sponsors and Industry Backing

NACFE has already secured two major title sponsors for the upcoming Run—Cummins and Shell. Additional sponsors announced include Chevron, Clean Energy, The Environmental Defense Fund (EDF), Eaton, ExxonMobil, FlowBelow, Geotab, PepsiCo, Prologis, and TeraWatt.

“We are grateful to the Title and Event Sponsors that have stepped up so early in the process to help sponsor Run on Less – Messy Middle,” Roeth stated. “The Run is not possible without industry support, and we still need Executive, Title, Event and Supporter Sponsors.”

Don’t Miss Out on the Action

The Run on Less – Messy Middle is poised to be another groundbreaking initiative by NACFE, offering game-changing insights into how fleets can tackle emissions, operational efficiency, and a clearer path through the so-called “messy middle.”

Follow NACFE for updates on participants, sponsor additions, and insights from the Bootcamp! Don’t forget to register for the Bootcamp today and stay ahead of the curve in exploring innovative solutions for freight efficiency.

Source: The Trucker  

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