Key takeaways:
- PepsiCo has become the first major consumer goods company to deploy driverless freight trucks at commercial scale, signalling that autonomous logistics is moving beyond pilot projects and into everyday supply chain operations.
- Supporters say autonomous trucking could reduce costs, improve delivery reliability and help tackle chronic driver shortages, making it an increasingly attractive proposition for food manufacturers and retailers.
- The technology’s expansion is also intensifying debate over job losses, safety risks and regulation, raising questions about how quickly the food industry should embrace driverless freight.
The food industry has spent the past several years trying to make supply chains more resilient. First came the pandemic, followed by labour shortages, inflation, transport disruption and rising operating costs. While many manufacturers responded by investing in automation inside factories and warehouses, PepsiCo is now pushing that transformation beyond the factory gate and onto public roads.
The snack giant has entered a multi-year partnership with autonomous freight specialist Gatik to launch one of the biggest real-world tests of autonomous freight technology in the US, deploying dozens of driverless trucks to transport Frito-Lay snacks between manufacturing sites, distribution centres and retail locations.
While self-driving cars continue to dominate public attention, it’s the less glamorous world of freight that may be bringing autonomous technology into the mainstream first. However, the move has attracted attention far beyond the tech itself.
The rollout has reignited concerns about employment, safety and regulation. Labour groups have criticised it, while regulators continue to grapple with how autonomous freight should be governed. The result is a debate that extends well beyond PepsiCo’s experiment and into broader questions about how supply chains will operate in the years ahead.
From pilot project to everyday deliveries
PepsiCo has become the first major consumer goods company in the US to deploy driverless freight vehicles at meaningful commercial scale, operating 35 autonomous trucks in Arizona, Texas and Arkansas. The trucks, developed in partnership with Gatik, are transporting products including Doritos, Frito-Lay snacks and beverages between distribution centres, bottling plants and retail outlets like Walmart and Dollar General.
What makes this deployment significant isn’t simply the tech but the fact that these vehicles are operating as part of PepsiCo’s everyday supply chain rather than a limited pilot project. According to PepsiCo, the medium-duty and heavy-duty Isuzu box trucks are running on public roads, navigating highways and urban streets without drivers behind the wheel. The company says the vehicles have achieved a 99% on-time delivery rate and haven’t been involved in any public-road accidents during commercial operations.
Each truck relies on a combination of cameras, radar and lidar technology to build a real-time picture of its surroundings, enabling it to detect vehicles, pedestrians and potential hazards. Although the vehicles continue to feature conventional cab equipment, including a steering wheel, much of the cabin’s infrastructure now supports the sophisticated computing systems required to process and respond to road conditions in real time.
“Many of our routes that we’re operating are very repeatable and so, as the truck gets more history going through, it can become more sophisticated and it learns as it goes,” Jim Farrell, senior VP of Supply Chain at PepsiCo’s North American beverages division, told the Wall Street Journal.
Transport remains one of the largest and most complex operational costs for manufacturers. So, any tech capable of reducing delivery costs, improving reliability and easing pressure on overstretched logistics networks is likely to attract serious interest.
And unlike many autonomous vehicle developers that have focused on long-haul freight or passenger transport, Gatik has concentrated on what is known as the ‘middle mile’ – the short, daily journeys that connect factories, warehouses, distribution centres and stores. While those routes rarely attract public attention, they play a critical role in keeping products moving through the supply chain. Manufacturers rely on them to replenish distribution centres, while retailers depend on frequent deliveries to keep shelves stocked and fulfil online orders.
Why the industry is paying attention
The potential benefits are considerable.
Freight operators face rising labour costs, increasing delivery expectations and ongoing pressure to keep shelves stocked while controlling costs. Autonomous vehicles promise more frequent deliveries, greater route consistency and improved asset utilisation. Gatik claims its trucks are capable of operating almost continuously, allowing goods to move through supply chains more efficiently. It’s easy to see why the model has appealed to PepsiCo, whose vast distribution network handles everything from Doritos and Cheetos to Pepsi, Gatorade and Mountain Dew. Even relatively small improvements in efficiency can generate significant savings when applied across thousands of deliveries.
The benefits for retailers, too, could translate into fewer out-of-stock situations and greater flexibility in replenishment schedules. As the industry continues to shift towards faster fulfilment models and omnichannel retailing, those advantages become increasingly valuable.
“The promise of autonomous driving will hold around on-time pickup and on-time delivery,” said Gautam Narang, chief executive and co-founder of Gatik. “There’s predictability that you can introduce by having these systems.”
And then there’s the labour problem. The American trucking sector – and indeed, the trucking sector across much of the world – has struggled with labour shortages for years, creating pressure throughout supply chains. Autonomous trucks don’t require mandatory rest breaks; can operate for significantly longer periods; and may help companies address chronic driver shortages. They can also be deployed during peak holiday periods when demand rises and driver availability becomes more constrained.
Yet it’s these potential advantages that are generating some of the strongest opposition.
Jobs, safety and the regulatory dilemma
The International Brotherhood of Teamsters is one of the strongest critics of driverless trucking. Teamsters general president Sean O’Brien has accused autonomous trucking companies of prioritising profits over workers and public safety, reflecting concerns that widespread deployment could eventually reduce demand for commercial drivers.
Truck driving remains one of the largest occupations in the US, and any suggestion that automation could reduce employment opportunities inevitably attracts scrutiny from labour organisations and policymakers. PepsiCo itself employs thousands of drivers across the US and has acknowledged that the tech could eventually reduce future hiring requirements. “One of the things that we can do is be able to grow the business without having to add as many employees,” Farrell told WSJ.
On the other hand, tech providers argue that autonomous freight will create new categories of work linked to fleet monitoring, maintenance and remote operations. PepsiCo expects to retrain some workers to manage the new equipment or handle product unloading. However, the extent to which those roles could offset potential job losses remains the subject of debate.
Safety remains another contentious issue. Proponents argue that autonomous systems eliminate risks associated with driver fatigue, distraction and human error. Critics counter that the tech has yet to be tested across the full range of road, traffic and weather conditions encountered by commercial freight operators.
Regulation presents a further challenge. States such as Arizona and Texas have become leading locations for autonomous vehicle deployment because of their relatively supportive regulatory environments. However, there’s still no universally accepted framework governing autonomous freight operations across the US, while many international markets remain considerably more cautious.
Public acceptance could ultimately prove just as important as technical performance. Consumers may welcome technologies that improve product availability and help control costs, but attitudes could change rapidly if driverless vehicles become associated with high-profile accidents or regulatory failures.
If PepsiCo succeeds, who follows?
PepsiCo’s rollout represents an important milestone, yet it’s far from alone in exploring the technology. Gatik recently announced $600m in contracted revenue and says it’s operating fully driverless trucks across multiple logistics networks.
“This is the largest commercial driverless freight deployment to date in the United States, with over 40 driverless trucks already operating across Texas, Arizona and Arkansas. And we are just getting started,” said Narang. “Partnerships like PepsiCo are the foundation of that momentum: real customers, real operations, and the trust required to bring driverless freight to commercial scale. This moment was earned by our team. And it is just the beginning.”
If PepsiCo’s deployment proves commercially successful, the implications for food and beverage supply chains could extend well beyond transport.
Manufacturers may begin rethinking warehouse locations, distribution networks and inventory strategies. Retailers could move towards more frequent replenishment cycles, while smaller regional fulfilment models may become economically viable in ways that were previously difficult to justify. The result could be supply chains that are faster, leaner and potentially more resilient.
There’s also the possibility that autonomous freight will advance alongside other emerging technologies. AI, predictive demand forecasting, warehouse robotics and autonomous vehicles are increasingly converging into a broader vision of the future supply chain. In that environment, driverless trucks become not a standalone innovation but one component of a highly automated logistics ecosystem.
That future is still unfolding, and legitimate questions around safety, regulation and employment remain unresolved. But the debate over autonomous trucking is no longer centred on whether the tech can work. It’s increasingly focused on how widely it will be adopted, how quickly deployment will expand and how manufacturers, retailers and policymakers choose to manage the consequences.
