WA475-10 wheel loader with efficient transmission and operation

Wheel loaders have to fulfil two requirements simultaneously in daily use: high productivity and the lowest possible operating costs. Particularly in areas such as sand and gravel extraction, recycling or heavy earthworks, this combination is decisive for the profitability of a project.

With the WA475-10 model, an approach is being pursued that is geared precisely to these requirements. The development is aimed specifically at the European market. The focus is on typical application profiles that require both performance and efficiency. At the same time, operability is playing an increasingly important role, as qualified operators are not available in sufficient numbers everywhere.

Komatsu WA475-10 wheel loader for European applications

With the WA475-10, Komatsu presents a model that has been specially tailored to the requirements of European customers. The focus is on a balanced combination of low operating costs, high productivity and simple operation. The machine is designed for various applications. These include classic areas such as sand and gravel extraction as well as recycling processes or material handling. The wheel loader is also used in heavy earthworks. This range shows that the model was not developed for a single application, but is intended as a universal solution within its performance class.

Load-split transmission reduces engine speed and fuel consumption

A central element of the technical development is a new, load-split gearbox. It combines two different power paths: a hydrostatic and a direct mechanical path. The system automatically selects the appropriate drive, depending on the current operating situation. This reduces the engine speed across the entire working range. A lower engine speed has a direct effect on fuel consumption. The effect is clearly measurable: lower speed means lower fuel consumption without restricting the machine's performance. The transmission takes over the task of automatically determining the optimum operating mode.

Revised working hydraulics increase lifting power and breakout force

In addition to the drive, the working hydraulics have also been revised. This applies in particular to the lifting frame, which is responsible for moving the bucket. The modifications result in a higher lifting force and an increased break-out force of the bucket. This makes loading easier, especially with heavy materials. In practical use, this means that the bucket can be filled faster and more efficiently. Work cycles can be shortened without requiring additional power from the driver.

Decoupled control of travel drive and hydraulics

Another change concerns the operating logic of the machine. The travel drive and working hydraulics are controlled independently of each other. This represents a departure from conventional concepts, in which the two systems are more closely interlinked. In concrete terms, this means that the accelerator pedal only controls the speed of the wheel loader. The speed of the hydraulic movements, on the other hand, is determined by the control lever. This separation reduces the complexity of operation. The driver has to take fewer parameters into account at the same time, which makes the control system clearer.

Advantages of the new control logic at a glance

The changes to the control system have a direct impact on day-to-day work:

• clear separation between travelling and working movements
• reduced intervention during the work process
• Easier operation for less experienced drivers
• more consistent processes for recurring tasks

Productivity and ease of use as a common objective

The development of the WA475-10 shows that efficiency and productivity do not have to be seen as opposites. The combination of optimised drive, adapted hydraulics and simplified operation allows both objectives to be pursued simultaneously. Komatsu has opted for a technical solution that further develops existing concepts without completely changing them. The wheel loader remains familiar in its function, but offers additional support during operation. This approach can offer advantages, particularly in areas of application with high utilisation and changing conditions. The machine adapts to different requirements, while the operator is relieved and can concentrate more on the work process.