Killing the Empty Mile: How Advanced TMS is Decarbonizing European Supply Chains

The traditional, static transport plan is dead. Or at least, it needs to be. For decades, European logistics have been plagued by a silent, margin-killing inefficiency: the empty mile. It is the simple, unfortunate physics of freight—a truck delivers a load from Berlin to Warsaw, and then, lacking a coordinated return load, drives all the way back empty.

With the European Green Deal mandating a 90% reduction in transport-related greenhouse gas emissions by 2050, the logistics sector is under immense pressure to adapt. Globally, logistics operations account for approximately 14% of CO2 emissions, with road transport making up the lion’s share. Fleet managers are scrambling to adopt alternative fuels and electric vehicles, but hardware transitions require massive capital expenditure and infrastructure overhauls.

However, one of the most immediate and impactful tools for decarbonization requires zero changes to the physical truck. It’s software. Specifically, modern Transport Management Systems (TMS) equipped with dynamic, AI-driven routing are systematically eradicating the “empty run” and instantly trimming both fuel costs and carbon footprints.

The Hidden Cost of Empty Trucks in Europe

The sheer volume of wasted capacity on European roads is staggering. According to Eurostat’s recent 2024 data, more than one-fifth (21.6%) of all distances traveled by road freight vehicles in the EU were performed by entirely empty vehicles. That represents millions of kilometers driven, burning diesel, paying road tolls, and wearing down tires, all while generating zero revenue and emitting tons of unnecessary greenhouse gases.

Heavy-Duty Vehicles (HDVs) already account for roughly 6% of the EU’s total greenhouse gas emissions. Continuing to operate under rigid, inflexible dispatching models where a quarter of the journey produces nothing but exhaust is no longer financially or environmentally viable. Furthermore, customers and retailers are demanding stricter delivery windows, which often forces logistical inflexibility, further exacerbating the empty running problem.

Enter the Modern TMS: Eradicating the Empty Run

Historically, route planning was a static exercise. A dispatcher would assign a fixed route to a driver based on historical data. If a delay occurred, or a new order popped up nearby, the system was simply too rigid to adapt in real-time.

A modern TMS changes this by integrating GPS, telematics, and real-time environmental data platforms to create dynamic route planning. Instead of viewing deliveries as isolated point-A-to-point-B trips, the software views the entire fleet as a fluid, interconnected network. It actively matches return loads, reroutes trucks mid-journey to pick up nearby cargo, and optimizes paths to minimize idle time and fuel consumption.

The empirical data on this software-driven approach is clear. In practical applications, integrating dynamic route planning with GPS and telematics has been shown to reduce empty runs by a *massive 40%. Because less fuel is burned on unproductive travel, this single technological intervention directly results in an 18% reduction in total CO2 emissions for the fleet. In fact, out of all the various environmental logistics initiatives a company can take, TMS and route optimization account for a full 30% of the total decarbonization impact.

The Compound Benefits: Green Means Lean

The distinct advantage of deploying a TMS for decarbonization is that it perfectly aligns environmental goals with operational profitability. Environmentally friendly implementations in logistics go hand-in-hand with operational efficiency.

1. Fuel Cost Reduction: Fuel remains one of the highest variable costs in road transport. By cutting empty runs and shortening overall route distances, companies directly slash their fuel spend. A truck that is earning revenue for every kilometer driven is a dramatically more profitable asset.
2. Maximized Asset Utilization: Instead of buying more trucks to handle increased volume, dynamic routing allows a company to move more freight with its existing fleet. By maximizing the average load, companies extract significantly more value out of the hardware they already own.
3. Automated Scheduling: A TMS automates the heavy lifting of scheduling, which reduces vehicle operating time and further lowers emissions. This automation also relieves pressure on dispatch teams and ensures driver hours are utilized as efficiently as possible.
4. Future-Proofing for ESG Compliance: As the EU rolls out stricter environmental regulations, such as the Corporate Sustainability Reporting Directive (CSRD), manufacturers and logistics providers must provide highly accurate, verifiable emissions data. Modern systems provide the exact digital footprint necessary to prove reductions and build comprehensive ESG strategies.

While the long-term future of European road freight relies heavily on the transition to zero-emission vehicles, such as LNG-powered units or electric trucks, manufacturers cannot afford to wait for hardware supply chains to catch up. The software to drastically cut emissions is available right now.

To achieve maximum environmental efficiency, a comprehensive approach is necessary, combining transport modernization, digital tools, and infrastructure updates. However, attacking the empty mile with a modern TMS offers one of the fastest, most cost-effective returns on investment. By shifting from static schedules to dynamic, data-driven routing, European supply chains can turn logistics from a primary source of carbon emissions into a strategic driver of sustainability.

*Data Credit: European Research Studies Journal Volume XXVIII, Issue 4, 2025: Innovative Logistics Solutions for Reducing CO? Emissions in Industrial Enterprises

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