Technology
OEM leaders face “stacked uncertainty” as trucking enters era of rapid change
by James Menzies May 5, 2026 @JamesMenzies
by James Menzies May 5, 2026 @JamesMenzies
by James Menzies @JamesMenzies
Truck and engine manufacturers say the industry is entering a period of unprecedented complexity driven not by a single disruption, but by multiple forces hitting at once.
From regulatory uncertainty to accelerating technology change and shifting customer expectations, the challenge isn’t just volatility, it’s the layering of unknowns.
“The stack-up of unknowns is what’s causing the problem,” said Mathias Carlbaum, president and CEO of International Motors.
The truck market has always been cyclical, panelists acknowledged. But the current moment feels different.
“There’s always something big going on,” said Peter Voorhoeve, president of Volvo Trucks North America.
While past cycles were driven largely by freight demand and economic swings, today’s environment combines those traditional factors with rapid advances in electrification, software, connectivity, and emissions regulation.
Despite shifting policy signals — including emissions rule changes and regulatory rollbacks — OEMs said their investment priorities remain anchored in customer needs.
“You look at what the customer wants first,” said Jonathan Randall, president of Mack Trucks North America.
“We are definitely investing more as an industry now than we ever have,” he said. Even for engine suppliers, the pressure is increasing. “You have to deliver regulatory compliance, but also fuel economy, durability, and reliability.”
One of the most significant shifts is the transition toward software-defined vehicles, trucks that rely on centralized computing, connectivity, and over-the-air updates. While the concept has gained traction over the past year, executives said the transition has been gradual rather than sudden.
Advances in computing power and connectivity are allowing OEMs to treat trucks as integrated systems rather than collections of individual components. That shift is already delivering measurable results.
Randall said his company has moved from updating roughly one-third of connected trucks to nearly 90% through over-the-air software updates in just a few months. The goal is continuous improvement, not just at the point of sale.
“You wake up in the morning, and there’s an update waiting,” Randall said, comparing trucks to smartphones.
As hardware improvements become more incremental, software and services are emerging as key competitive differentiators. “The truck is almost the price of entry,” Randall said.
OEMs are increasingly competing on the services layered on top, including predictive maintenance, uptime management, and performance optimization. That shift is opening the door to new business models.
Subscription-based models — where fleets pay for usage rather than ownership — are expected to grow as connectivity improves.
Artificial intelligence is also beginning to deliver tangible value, particularly in maintenance and operations.
AI is enabling fleets to move from reactive to proactive maintenance, identifying issues before they lead to downtime. Carlbaum said the key is unlocking the value of massive data streams generated by connected trucks.
Applications are expanding beyond maintenance into route planning, safety, and operations, though panelists said the industry is still early in the adoption curve. “We’ve only scratched the surface,” Merritt said.
If there was one area where OEMs were unequivocal, it was safety. Advanced driver assistance systems — including collision mitigation, lane-keeping, and pedestrian detection — are increasingly standard equipment.
The push is being driven not only by regulation, but by customer demand and liability concerns. “It’s non-negotiable,” Carlbaum said.
Panelists pointed to the rising cost of accidents — including “nuclear verdicts” — as a key factor accelerating adoption.
Despite growing interest in electrification, OEMs emphasized that no single powertrain will dominate.
Natural gas, renewable fuels, and hydrogen are also expected to play roles depending on application.
Carlbaum said electrification economics will improve as battery costs fall and utilization increases, particularly with the potential for 24/7 autonomous operations. But adoption will vary widely.
The same data and connectivity that enable efficiency and automation can also be exploited by bad actors, requiring ongoing investment in security systems.
Replacement cycles vary widely, from a few years for high-utilization fleets to more than a decade in some applications. “We still sell parts for engines from the 1990s,” Merritt noted.
That means the industry will operate in a hybrid environment for years — with legacy equipment alongside next-generation systems.
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by James Menzies May 5, 2026 @JamesMenzies
by James Menzies @JamesMenzies James Menzies is editorial director of Today’s Trucking and trucknews.com. He has been covering the Canadian trucking industry for more than 24 years and holds a CDL. Reach him at james@newcom.ca or follow him on X at @JamesMenzies.
James Menzies is editorial director of Today’s Trucking and trucknews.com. He has been covering the Canadian trucking industry for more than 24 years and holds a CDL. Reach him at james@newcom.ca or follow him on X at @JamesMenzies.
James Menzies is editorial director of Today’s Trucking and trucknews.com. He has been covering the Canadian trucking industry for more than 24 years and holds a CDL. Reach him at james@newcom.ca or follow him on X at @JamesMenzies.
“In the last seven years, more has happened than maybe in the last 70,” Voorhoeve said.
The result is a pace of change that is unlikely to slow.
That means focusing on safety, efficiency, and uptime while still meeting regulatory requirements.
“You combine what the customer wants with what the regulator requires,” Randall said.
For Cummins’ Brett Merritt, that balance is driving record levels of investment.
“It’s not a cliff event,” Carlbaum said. “The vehicle just becomes enabled.”
“You’re selling miles instead of trucks,” Randall said.
“We’ve saved over 200,000 maintenance hours through predictive AI,” Merritt said.
“For decades, we’ve collected data,” he said. “Now we can actually use it.”
“A large part is now standard,” Voorhoeve said.
New features such as side airbags and rollover protection are also being added.
“A non-injury accident can cost $46,000,” Voorhoeve noted.
“You will need electrification, but you will also need diesel in a big way,” Merritt said.
“Different customers move at different speeds,” he said.
As trucks become more connected, cybersecurity is becoming a growing concern.
“It has to be part of the product,” Voorhoeve said.
While technology is advancing rapidly, full adoption across the fleet will take time.
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Technology
AI Adoption in Fleets Grows, But Data Challenges Limit Gains
AI Adoption in Fleets Grows, But Data Challenges Limit Gains
“Private fleets are embracing AI faster than anyone anticipated, particularly GenAI, but enthusiasm alone does not create results.” — Mac Hudson, Senior Off-Lease Manager at Fleet Advantage
Fleet Advantage’s recent survey found that private fleets are rapidly adopting AI, especially for route optimization and maintenance scheduling. Despite this, poor data quality and lack of integration with AI tools are limiting the operational benefits. The survey also highlighted that only a small fraction of fleets have a formal framework to measure AI return on investment.
What This Means for Your Wallet and Your Miles
AI can optimize routes, potentially reducing your fuel costs and time on the road, but only if data systems are properly integrated. If your fleet isn’t getting this right, those benefits might not reach you.
Maintenance scheduling through AI could mean fewer surprises and breakdowns, which translates to more consistent miles and earnings. However, this depends on the data infrastructure your company has in place.
Driver safety monitoring using AI tools is on the rise, which might impact how your driving behavior is tracked and evaluated. This could affect incentives or penalties based on your driving patterns.
If your fleet is not leveraging these AI tools effectively, your job and load availability might not see the promised improvements in efficiency and reliability.
How does AI help with route optimization?
AI analyzes various data sources to find the most efficient routes, potentially saving time and fuel, but its effectiveness depends on the quality of data it uses.
Will AI tools impact how my driving is monitored?
Yes, many fleets are using AI for driver behavior monitoring, which could influence safety scores, bonus eligibility, and required training.
What do poor data quality and integration mean for me?
If your fleet struggles with these issues, you might not experience the full benefits of AI, such as optimized routes or predictive maintenance alerts.
Is AI adoption going to impact fleet job security?
AI aims to improve efficiency and safety, which can lead to more stable job conditions, but its success hinges on proper implementation and data use.
Why is it important for my fleet to measure AI ROI?
Measuring AI ROI helps your fleet understand its value and make informed decisions, potentially leading to better tools and processes that improve your work experience.
Technology
AI Adoption in Fleets Grows, But Data Challenges Limit Gains
AI Adoption in Fleets Grows, But Data Challenges Limit Gains
“Private fleets are embracing AI faster than anyone anticipated, particularly GenAI, but enthusiasm alone does not create results.” — Mac Hudson, Senior Off-Lease Manager at Fleet Advantage
Fleet Advantage’s recent survey found that private fleets are rapidly adopting AI, especially for route optimization and maintenance scheduling. Despite this, poor data quality and lack of integration with AI tools are limiting the operational benefits. The survey also highlighted that only a small fraction of fleets have a formal framework to measure AI return on investment.
What This Means for Your Wallet and Your Miles
AI can optimize routes, potentially reducing your fuel costs and time on the road, but only if data systems are properly integrated. If your fleet isn’t getting this right, those benefits might not reach you.
Maintenance scheduling through AI could mean fewer surprises and breakdowns, which translates to more consistent miles and earnings. However, this depends on the data infrastructure your company has in place.
Driver safety monitoring using AI tools is on the rise, which might impact how your driving behavior is tracked and evaluated. This could affect incentives or penalties based on your driving patterns.
If your fleet is not leveraging these AI tools effectively, your job and load availability might not see the promised improvements in efficiency and reliability.
How does AI help with route optimization?
AI analyzes various data sources to find the most efficient routes, potentially saving time and fuel, but its effectiveness depends on the quality of data it uses.
Will AI tools impact how my driving is monitored?
Yes, many fleets are using AI for driver behavior monitoring, which could influence safety scores, bonus eligibility, and required training.
What do poor data quality and integration mean for me?
If your fleet struggles with these issues, you might not experience the full benefits of AI, such as optimized routes or predictive maintenance alerts.
Is AI adoption going to impact fleet job security?
AI aims to improve efficiency and safety, which can lead to more stable job conditions, but its success hinges on proper implementation and data use.
Why is it important for my fleet to measure AI ROI?
Measuring AI ROI helps your fleet understand its value and make informed decisions, potentially leading to better tools and processes that improve your work experience.
Technology
AI Use in Fleets Grows, But Data Issues Curb Benefits
AI Use in Fleets Grows, But Data Issues Curb Benefits
“The data tells a story we see playing out across the industry every day.”
— Mac Hudson, Senior Off-Lease Manager at Fleet Advantage
Fleet Advantage’s latest survey highlights a surge in AI adoption among private fleets, especially for route optimization, maintenance scheduling, and driver safety. However, the lack of data integration and quality is limiting the operational value of these technologies.
The survey, conducted in April, gathered insights from over 2,500 transportation and private fleet executives.
What This Means for Your Wallet and Your Miles
If you’re a driver relying on AI for route optimization, expect more efficient routes but be aware that subpar data integration might not deliver the full benefits yet.
Maintenance scheduling through AI is gaining traction, which should lead to fewer unexpected breakdowns and potentially lower repair costs.
AI’s role in monitoring driver behavior could improve safety records, but not all fleets have fully embraced these tools, which might affect your safety training support.
Fuel analysis through AI is now common, possibly leading to more cost-effective fuel usage strategies, though the impact depends on the fleet’s data quality.
How might AI route optimization affect my daily work?
AI route optimization aims to make your routes more efficient, potentially reducing driving time and fuel costs, although effectiveness relies on good data integration.
Will AI tools impact my maintenance schedule?
Yes, AI can help predict maintenance needs, which means reduced downtime and fewer unexpected repairs, but this depends on the fleet’s integration of these tools.
Are there any new safety measures I should be aware of?
AI is increasingly used for monitoring driver behavior, which might lead to more personalized coaching and improved safety standards if your fleet adopts these tools.
What changes should I expect in fuel management?
AI’s involvement in fuel analysis can lead to strategies for better fuel efficiency, potentially saving you money, but improvements depend on data quality.
Is there anything I should do differently because of these AI changes?
Stay informed about your fleet’s AI implementations and provide feedback as these changes could directly impact your routes, maintenance, and overall efficiency.
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