Smart Routing: Driving Efficiency in Road Freight

In today’s rapidly evolving freight industry, sustainability has become more than just a buzzword — it’s a critical business imperative. Yet, one often overlooked challenge that undermines these efforts is the prevalence of deadhead miles, where vehicles travel without cargo, wasting valuable fuel and contributing unnecessarily to carbon emissions.

Trucks traveling along the highway without cargo not only increase operational costs but also impact the environment. For companies like Baton Transport, committed to driving greener logistics solutions across the European Union (EU), addressing this inefficiency is essential. By leveraging smart routing technologies, freight operators can significantly reduce empty miles, optimize load capacity, and make meaningful strides toward a more sustainable supply chain. This article explores why deadhead miles are a hidden hurdle to freight sustainability and how intelligent route planning is transforming the industry for the better.

Deadhead Miles Are Hidden Hurdles of Trucking

Deadhead miles in the supply chain of goods is inevitable. According to Eurostat, on average, over 22% of the HGV (Heavy Goods Vehicle) journeys in the EU are empty runs, out of which 13% of the trips are international and across borders.

Trucks and delivery vehicles often return to the base location and move between stops without any goods. This is primarily due to the lack of route planning, fragmented delivery options and uncoordinated operations. With the help of data and understanding the operating nature of the goods, these can be reduced to optimize the routes.

For a carrier, reducing empty miles is crucial for maximizing time spent earning money, as every mile driven without cargo is a missed opportunity for revenue. As per the statistics from the EU, one- fifth of the road freight movements are empty miles by vehicles.

Empty miles are often associated with the load factor of the goods carried. The load factor is measured by the volume and weight of the cargo carried in the trucks. A low load factor shows that a truck is running partially or fully empty and reduces the overall efficiency of transporting goods. With the help of smart routing and route rationalisation, movement of the trucks can be streamlined and made more sustainable.

Smart Routing is Key to Trucking Efficiency

Smart routing can be termed as the use of advanced or cutting-edge technology to plan and optimize the movement of trucks and decide their routes. It uses sophisticated algorithms to plan and move vehicles in the most efficient and sustainable manner. It relies on updated and real-time data to continuously assess routes and provide routing solutions to reduce deadhead miles and improve performance.

In the EU, Eurostat regularly monitors and publishes data regarding freight transportation and includes details such as tonne-kilometres, the percentage of deadhead miles, and the flow of freight vehicles internationally and domestically. According to Eurostat, around 20-25% of the freight movement happens to be cross-border hauls and run long distances.

Few strategies used for monitoring freight movement involve the use of smart routing to help tackle deadhead miles. Modern freight forwarders and carriers rely on digital platforms to manage and optimize their logistics operations, integrating functions like load management and route planning into the dashboards.

Baton’s integrated linehaul system ensures excellent route optimization and goods consolidation, enabling faster transit and building an effective linehaul network. Backoffice operators can access these smart routing tools remotely or via digital interfaces, making it easier to manage logistics from anywhere. Smart routing allows Baton to plan its logistics movement and build its network of consolidation centres more efficiently. The difference smart routing makes compared to traditional route planning is significant, offering better optimization, reduced deadhead miles, and enhanced operational outcomes.

Smart Routing Strategies to Reduce Deadhead Miles

By leveraging data-driven approaches and setting specific rules, companies can make more informed decisions in logistics planning, optimizing routes, and minimizing costs. For example, a smart routing system might automatically select the fastest delivery route based on real-time traffic data and delivery deadlines, ensuring timely and cost-effective shipments.

1. Real-Time Load Matching

Real-time load matching is a logistics process where freight loads are instantly paired with available trucks using digital platforms, AI algorithms, and GPS tracking. The process can be initiated the moment a customer clicks to request a load match, triggering the system to search for optimal pairings.

At the first instance of a load becoming available, the system matches it with a suitable truck. Unlike traditional methods that rely on manual coordination or advance bookings, real-time load matching continuously updates load availability and truck locations to find the most efficient matches — within seconds. This approach is especially useful in reducing empty truck miles by enabling carriers to quickly find return loads or last-minute freight opportunities.

2. Collaborative Freight Networks

Collaborative freight networks are reshaping road logistics by encouraging logistic providers to share resources, data, and capacity to optimize freight movement. A team approach is essential in optimizing freight movement, as it enables multiple stakeholders to work together efficiently.

In a region where approximately 20-25% of freight kilometres are deadhead miles, collaboration helps cut down these inefficiencies. The benefits of collaborative freight networks for logistics providers include improved payment success rates, cost savings, and enhanced customer experience. Through collaborative freight networks, the burden of freight vehicle operations will be a decentralized system of freight operators.

3. Use of Freight Exchange Platforms

JCtrans, TransEU, and TIMOCOM are a few examples of freight exchange platforms that offer load-posting tools helping drivers find outbound loads from their delivery destination. These tools help maintain the cycle of transferring goods and reduce the frequency of deadhead miles.

4. Hub and Spoke System

Many organizations such as FedEx and DHL have hubs wherein the goods are stored that help local smaller vehicle owners to partner with large supply chain owners to provide local pickup and drop off services of the goods on a local area or regional basis. 

5. Investing in Load Monitoring Technology

By equipping trucks with motion sensors, operators can accurately measure load weight and volume in real time, enabling smarter dispatch decisions during deadhead miles. The function of these technologies is to analyze real-time data on load weight and volume, providing accurate information for optimizing dispatch decisions. These monitoring systems are reliable in ensuring accurate load data, which helps flag opportunities to consolidate smaller loads and increase the load factor of the vehicles.

6. Smart Routing and Rationalization

By building route rationalization strategies based on the nature of the goods, the volume of consignment and the delivery routes, one can optimize freight movement and use smart rationalization to help minimize deadhead miles.

7. Data Driven AI-Based Planning

Advanced solutions currently in development include AI-powered forecasting tools designed to predict demand surges and identify route inefficiencies. By analyzing historical trends and traffic patterns, these tools enable companies to make data-driven decisions for future planning. This proactive approach helps reassign vehicles more effectively and reduce empty truck miles.

Positive Externalities of Smart Routing

Other than improving operational efficiencies, trucking also helps in improving the economic and financial aspects of maintaining trucks and running operations. As per the IRU, fuel costs represent up to 30% of total trucking expenses, and driving without a load effectively doubles the cost per useful kilometre making the deadhead miles more expensive.

Reducing deadhead helps companies save money and generate more revenue by ensuring trucks are carrying a full truckload as often as possible. Drivers are only paid for loaded miles, not for deadhead mileage, so minimizing empty trips directly impacts their earnings. Optimizing routes can also reduce fees associated with inefficient operations and lower overall costs. The difference that smart routing makes is significant in maximizing truckload efficiency and improving transaction success rates.

1. Lower truck fleet maintenance costs and extended vehicle lifespan

Smart routing reduces unnecessary mileage, harsh driving conditions, and idle time — all of which contribute to wear and tear. By optimizing routes and minimizing deadhead miles, companies can lower maintenance needs, reduce breakdowns, and extend the useful life of their trucks. This results in fewer repair costs and delays, and delays the need for vehicle replacement.

2. Increased driver satisfaction and productivity

By increasing route rationalization and improving truck movement efficiency, carriers can minimize trip lengths made by the truck driver.

3. Better customer service

With smart routing and efficient freight movement, shippers receive their cargo faster, enhancing customer satisfaction. Predictable delivery schedules and GPS tracking ensures shippers are always informed of their cargo’s real-time location, helping them organize downstream operations better. 

4. Lower fuel emissions

By optimizing routes and leveraging smart routing, fuel that gets wasted on deadhead miles is minimized, making trips more efficient and reducing carbon emissions.

Baton Uses Smart Routing to Hasten Cargo Movement

Deadhead miles is a growing worry in the context of freight sustainability, as it increases operating costs, fuel usage, and greenhouse gas emissions, leading to a negative impact on the environment. Through smart routing and data-driven technologies, the freight management and movement can be improved.

With Baton Transport, real-time route optimization and flexible contract structures are integrated to better match truck capacity with actual demand. This minimizes empty miles, improves load efficiency, and enhances overall supply chain resilience. By adopting flexible operating models and digital freight solutions, Baton helps pave the way toward cleaner, more efficient, and sustainable freight systems.

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