Indiana and Ohio Pave the Way for Autonomous Trucking

Indiana and Ohio are developing one of the nation’s most significant initiatives to bring autonomous trucks into commercial freight transportation. The $8.8 million project, partially funded through grants from the U.S. Department of Transportation (USDOT), is turning Midwest highways into a testing ground for technologies that could reshape the trucking industry.

Known as the Truck Automation Corridor Project, the initiative is led by the Indiana Department of Transportation (INDOT), the Ohio Department of Transportation (ODOT), and DriveOhio, the state’s initiative focused on advancing innovative transportation technologies.

The goal is to determine how automated trucks can safely share highways with conventional vehicles, what infrastructure improvements may be necessary, and which safety standards must be established before these technologies can be widely adopted in commercial trucking.

At the center of the project is Interstate 70 (I-70), which connects Indianapolis and Columbus and serves as a major freight route linking industrial centers, warehouses, distribution hubs, and consumer markets across the United States.

Unlike testing programs conducted exclusively on closed tracks, this initiative includes real-world commercial freight operations, allowing participating companies to transport goods while transportation agencies collect data on vehicle performance.

Why Indiana and Ohio Chose I-70

Indiana and Ohio play a strategic role in the nation’s freight transportation network. Both states have extensive manufacturing operations, major distribution centers, warehouses, and trucking companies serving markets throughout the country.

The I-70 corridor between the two state capitals spans approximately 166 miles and is part of a highway network used by thousands of commercial vehicles every day.

This location provides an opportunity to evaluate automated trucking under everyday driving conditions, including passenger traffic, heavy trucks, construction zones, and changing weather.

The project also addresses one of the major obstacles facing autonomous trucking: differences in state regulations.

A truck traveling across state lines must operate under compatible safety, communication, and traffic requirements. Indiana and Ohio are therefore evaluating infrastructure and operational procedures that could make automated trucking systems more interoperable across state boundaries.

An $8.8 Million Investment in Safety and Freight Efficiency

The $8.8 million allocated to the program supports testing, data collection, and the evaluation of automated driving technologies for heavy-duty commercial vehicles.

Its primary objectives include reducing crashes, improving operational efficiency, lowering energy consumption, and developing new tools for the trucking industry.

The initiative also addresses two ongoing challenges facing freight transportation: difficulties recruiting and retaining qualified truck drivers and the need to reduce emissions associated with moving goods.

However, not every technology being tested is intended to replace drivers. Some systems are designed to assist professional truckers behind the wheel, while others can perform certain transportation tasks without anyone inside the vehicle.

This approach offers a broader picture of trucking’s future, in which conventional trucks, vehicles equipped with advanced driver-assistance systems, and fully autonomous trucks may operate alongside one another.

What Technologies Are Being Tested?

One of the technologies being evaluated is truck platooning, a system that electronically connects two trucks so they can travel in a coordinated formation.

The lead truck establishes the speed and direction, while the following vehicle uses vehicle-to-vehicle communications and automated acceleration, braking, and steering systems to maintain its position.

In these operations, both trucks have professional drivers who can take manual control whenever necessary.

During one of the program’s early commercial phases, participating trucks traveled more than 2,700 miles, logged nearly 50 hours in platooning mode, and completed approximately 50 deliveries.

The project has also included trucks equipped with advanced driver-assistance technologies, such as automatic emergency braking, blind-spot detection, and lane-keeping assistance.

The latest phase involves electric trucks equipped with Level 4 autonomous driving technology, which allows vehicles to transport freight without a driver on board under specifically defined operating conditions.

In Ohio, technology company Einride and logistics provider EASE Logistics began operating two of these vehicles on daily commercial routes between facilities in Marysville.

These operations represent a practical application of autonomous trucking technology, although they do not amount to fully driverless transportation along the entire I-70 corridor between Indiana and Ohio.

Weather and Highway Safety Remain Major Challenges

One of the project’s most important areas of research involves evaluating how automated driving systems perform under changing weather conditions.

Indiana and Ohio experience snowstorms, icy roads, heavy rainfall, and fog, all of which can significantly affect highway conditions.

These situations present challenges for the cameras, sensors, and electronic systems autonomous vehicles rely on to detect obstacles and make driving decisions.

Researchers are also examining how automated trucks respond to construction zones, unpredictable driver behavior, lane changes, and unexpected roadway hazards.

In addition, transportation officials are developing procedures to help law enforcement officers and emergency responders identify and interact safely with automated vehicles.

The information collected will help determine which infrastructure improvements and safety requirements are necessary before these operations can expand to additional commercial freight corridors.

What Does Autonomous Trucking Mean for Truck Drivers?

The development of automated trucking technology also raises important questions for the professionals who keep America’s freight moving.

Driver-assistance systems could help reduce certain roadway risks and make some driving tasks easier. Fully autonomous vehicles, meanwhile, could create new opportunities in remote supervision, fleet management, and transportation technology.

These developments could gradually change certain trucking jobs, increasing demand for workers specializing in technology, maintenance, remote operations, and logistics coordination.

However, the widespread adoption of autonomous trucks still faces significant technical, regulatory, and economic challenges.

Current operations take place under specific conditions and do not represent an industrywide replacement of professional truck drivers.

For now, the technology is evolving alongside the traditional trucking industry rather than replacing it on a broad scale.

Indiana and Ohio Aim to Build a Model for the Nation

The Truck Automation Corridor Project began in 2021 and is scheduled to conclude in early 2027. Its findings will be shared with the U.S. Department of Transportation and could help guide future decisions on infrastructure, highway safety, and automated vehicle regulations.

The results will also help determine which technologies are ready for broader commercial use, which require further development, and what investments would be needed to support expansion.

For the logistics industry, the project’s significance extends well beyond the trucks currently participating in testing.

Indiana and Ohio are developing a model for cooperation among state transportation agencies, federal officials, and private companies as the nation’s highways prepare for a new generation of commercial vehicles.

The challenge will be proving that automated trucking can improve safety and productivity while operating alongside conventional traffic and protecting the working conditions of the professionals who keep America’s supply chains moving.