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Mercedes Benz truck fuel consumption

We covered extensive topics on how best to evaluate and find information about Mercedes Benz Actros trucks.

Mercedes Benz trucks fuel consumption

Fuel consumption is one of the key criteria when choosing commercial trucks, as it directly impacts operating costs and overall profitability. According to Mercedes-Benz, there are three main factors that contribute to lower fuel consumption – technology, services (e.g., driver training), and driving style. In addition to these, external factors such as driving conditions, road and weather conditions, and the load carried by the truck are also important. In the case of the popular Mercedes-Benz Actros series, the average fuel consumption of the diesel engine is 25–35 liters per 100 km. The most effective fuel savings start in the heart of the truck – its engine. The Mercedes-Benz Actros engine features advanced engine technologies such as common rail fuel injection, turbocharging, and others that optimize fuel consumption. Advanced combustion processes and precisely timed fuel injection ensure that the engine extracts the maximum energy from every drop of fuel. The Actros engines OM 470 and OM 471 are designed to offer different displacement classes and power stages to ensure an optimal balance between performance and fuel efficiency.

In addition to the engine’s work output, the transmission system and special auxiliary equipment also contribute to lower fuel consumption. The “Predictive Powertrain Control” (PPC) system in the transmission adapts the driving mode and shifting automation based on the topography (Figure 1). Precise and timely gear shifting, based on GPS data and 3D maps, ensures up to a 5% reduction in fuel consumption. Using satellite-based positioning systems and 3D street maps, PPC recognizes road profiles, inclines, and descents. Based on this data, the system optimizes shifting moments, gear jumps, and speed control parameters. The vehicle’s kinetic energy is utilized to avoid unnecessary acceleration, gear shifting, or braking. PPC recognizes around 350,000 km (95%) of European roads and can be used at speeds ranging from 25 to 90 km/h.

Fuel-saving innovations in Mercedes-Benz Actros trucks

Special driving programs such as “economy” and “fleet” allow for more fuel-efficient driving. Additionally, auxiliary equipment such as adjustable pneumatic control, power steering pump, cruise control system, speed limiters, and tire pressure monitoring systems also contribute significantly to reducing fuel consumption, especially during long-distance driving. Actros trucks often feature an engine idle shutdown function, which automatically turns off the engine after a certain period of inactivity to save fuel.

In addition to technologically advanced engines and fuel-saving systems, the truck’s aerodynamic design plays an important role in reducing air resistance. For example, even the standard “MirrorCam” system reduces fuel consumption by up to 1.3% compared to the mirrors of previous models. Thus, the streamlined yet thoughtful design, aerodynamically optimized cab shapes, roof deflectors, and side panels help reduce air resistance and improve fuel efficiency at high speeds.

Another way to save fuel is by improving drivers’ driving styles and their skills in eco-friendly and economical driving. Therefore, Mercedes-Benz offers driver training programs that focus on driving practices such as smooth acceleration, maintaining a constant speed, and anticipating traffic flow.
If lower fuel consumption is one of your key criteria when choosing trucks for your fleet, selecting Mercedes-Benz Actros series trucks will definitely be a smart choice. Various technological advancements and solutions, intelligent systems, advanced engine technology, and best practice driver training allow for optimized fuel consumption, reducing overall operating costs. As a result, the Mercedes-Benz Actros is an excellent fuel-saving solution in the commercial truck market.
Figure 1. The standard Predictive Powertrain Control system (similar to the one shown in the figure) can not only ease the driver’s work but also contribute to reducing fuel consumption when driving on rural roads.
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