A vocational truck is a specialized commercial vehicle built to perform a specific job or work-site task rather than haul general freight over long highway distance

Volvo Trucks held a preview event for press on September 22-23, 2026, to announce the launch of its VNX heavy-haul truck series, designed specifically for vocational work in construction, logging, agriculture, municipal plowing, concrete laying and heavy haul highway transport. The event was held in Shippensburg, PA, the site of its Construction Equipment Customer Center. The VNX series is the third one that the company has introduced in North America over the past 3 years, with the previous two launches being the Volvo VNL in 2024 (long-haul highway trucking), and the Volvo VNR (regional highway) in 2023. VNX operates in off and on-road environments. The three truck series share a common platform, developed through a $3B R&D investment. 3 trucks, 3 years, $3B ( Volvo loves the number “3” )! An October 14, 2026 press release provides more details.

Volvo Trucks already serves vocational markets in Europe, South America and Asia, and has served the municipal market for a few years. It has spent the time to learn first-hand from its North American customers the specific requirements of the markets they serve. Finally, Volvo Construction Equipment (a division of Volvo North America) has served the North American market for more than 50 years. These experience and learnings led to the ground-up development of the VNX series specifically to serve the tough environments of the North American vocational trucking market. Volvo Trucks manufactures its trucks (VNL, VNR and VNX) in a 2.3-million-square-foot facility in Dublin, Virginia. It is Volvo’s largest truck manufacturing plant in the world, and maximizes the use of robotic assembly lines).

The VNX It coincides with the present trend of increasing construction, industrial sites, infrastructure builds and data center growth in the United States.

The key customer drivers for the VNX are:

  1. Fuel efficiency: innovative aerodynamic and engine designs
  2. Safety : through safety features, driver assistance, obstacle detection, blind spot detection, pedestrian detection, and shatter-proof windscreen designs
  3. Productivity and comfort: through efficient cab-designs and frictionless driver-to-truck interfaces, suspension design to handle off-road shock and vibration, driver-assist features like truck reversing (Figure 2). The VNX is already equipped with sensors and drive-by-wire technology that enables remotely controlled autonomy. It even provides for a safe environment for drivers travelling with pets (Figure 3)!
  4. Connectivity: On-board, real-time diagnostics, service expert availability. Also supports real-time software updates and remote communication with a user’s operations center.
  5. Environmental Sustainability : Battery electric, renewable diesel, and fuel-cell technology minimizes environmental footprint
  6. Durability and up-time are key factors in the design. 90% up-time a key focus.

The press event had many interesting demonstrations to illustrate the above points - by Volvo personnel (including high projectile hard snow impacting a Corning designed windshield to demonstrate shatter robustness. Press participants were also able to experience the VNX first-hand. Figure 4 shows how even I (never been in a truck, let alone drive one) could comfortably handle one on rough terrain.

Peter Voorhoeve is the President of Volvo Trucks North America. He summarized a few points about the company history and the current market share that Volvo Trucks commands globally and in North America.

  1. As a company, Volvo was founded ~ a century ago in Sweden
  2. The 2 major divisions were Volvo Cars and Volvo Trucks
  3. In 2020, the car division was sold to Ford Motors who subsequently sold it to Geely Motors of China
  4. The truck division now serves the trucking, bus, boating and construction equipment industries
  5. Currently, it has 1.1 M trucks deployed globally in 130 countries, 25% in North America
  6. In 2025, it sold 120,000 trucks, 15% in North America
  7. Volvo was the first to launch electric trucks (VNR Electric) in 2020. Today, 1 of 2 electric trucks sold in North America is a Volvo.
  8. The Volvo Group (which includes Volvo Trucks) has an annual revenue of ~$45B.

Trucks generate ~75% of Volvo Group’s annual revenues ($33B). The total global truck market is ~$470B/year today (which means Volvo has a 7% market share). Based on point 6) above, a Volvo VNL/RNL truck sales price in ~$275,000.

Mr. Voorhoeve explained that currently the long-haul trucking market is 50% of the overall global trucking market, with regional haul and vocational trucking at 25% each. With a good share of the long and regional haul markets in North America, it made sense for Volvo to penetrate the fast-growing vocational truck market where it currently has a limited share (municipal snow plowing which it started in 2000). For reference, the global marke t for vocational trucks is ~$117B/year today, and expected to grow to $200B in 2025. Major vocational truck players in North America are Daimler, Paccar (owns Kenworth and Peterbilt) and Navistar. Mack Trucks is also a major player and was acquired in 2000 by Volvo.

No discussion about trucking is complete without a discussion about autonomy. Volvo’s Autonomous Solutions (VAS, part of the Volvo Group) announced a partnership with autonomy provider Waabi to launch fully autonomous, L4 (full autonomy in a specified Operational Design Domain) solutions for hauling freight directly to third-party facilities along the Dallas–Houston corridor. Volvo, Waabi and Warp are demonstrating how autonomous trucks can operate within that complexity, while moving freight directly to third-party facilities. It’s the first customer deployment from Volvo and Waabi’s partnership and another step toward scaling autonomous freight operations, with V.A.S. gearing up for fully driverless operations in early 2027.

Separately, V.A.S. has also contracted Aurora Technologies to integrate their autonomy stack on the Volvo VNL platform. In this case, Volvo would sell an L4 equipped truck to their fleet customers. The effort is initially aimed at addressing autonomous highway trucking between the Houston-Dallas, El Paso-Dallas and Dallas-Oklahoma City corridors.

In both cases, Volvo Trucks is relying on autonomy specialists for their hardware and software stack, rather than developing it themselves. Aurora and Waabi have spent years perfecting their stack on different OEM platforms. A recent article emphasizes the need for OEM and application agnostic autonomy , and Volvo seems to be following this model - specifically, focus on what you are good at, and rely on others to provide the autonomy capability they have spent years and capital on developing.

Given the features that VNX has already demonstrated (remote steering and reversing, drive-by-wire, pedestrian detection, blind-spot detection, etc.), I asked Mr. Voorhoeve whether the VNX would follow a path to full autonomy. He indicated that its unclear that vocational trucks need it today. Most vocational applications today are manned, the environments are complex, and changing, the tasks vary - conditions which make it difficult for autonomy to work safely. He is certainly right in his assessment, but the drivers behind autonomy - lack of adequate levels of skilled drivers, the harsh conditions, safety and 24x7 productivity, will likely push vocational trucks with autonomous capabilities in the future.

Volvo Trucks held a press preview in Shippensburg, Pennsylvania, to launch its VNX heavy-haul truck series for vocational markets. Key customer drivers for the VNX include fuel efficiency, safety, productivity, connectivity, and environmental sustainability. Separately, Volvo’s Autonomous Solutions group partnered with Waabi and contracted Aurora Technologies to develop autonomous highway trucking solutions on the VNL platform. Mr. Voorhoeve stated that its not clear that autonomy is needed or feasible for vocational applications at this time. While this may be true currently, the drivers that make autonomy critical for long-distance trucking will certainly drive autonomous vocational trucking in the future.