Liebherr XPower wheel loaders continue to be in demand for their robustness, fuel efficiency, high performance, durability, and versatility in demanding applications.
Liebherr XPower wheel loaders have been making their mark in Australia since their introduction in 2016, known for their fuel efficiency and performance.
The XPower series features a powersplit driveline that combines hydrostatic and mechanical drive systems, adapting to the operator’s needs and providing optimal performance and efficiency across various applications.
Recognised for their durability and productivity in demanding environments, the primary models in the XPower series — including the L 550, L 556, L 566, L 576, L 580, and L 586 — have been widely used in industries such as quarrying, construction, and material handling.
Liebherr’s XPower wheel loaders undergo significant updates approximately every five years. These updates include performance increases, design improvements, and innovations such as newly designed lift arms that ensure maximum breakout, holding, and return forces.
One of the newest models is the Liebherr L 580 LogHandler, a specialised wheel loader for the timber industry, featuring lift arms that provide manipulation heights up to seven metres and a reach of nearly four metres, along with a 360° rotatable grapple capable of handling up to 4 m2 of logs.
The power behind the precision
XPower is a complete, innovative machine concept that sets new standards in terms of fuel efficiency, power, robustness and comfort.
Although the XPower transmission has the same function as conventional power split gearboxes, it achieves greater efficiency than others on the market through Liebherr’s Power Efficiency (LPE), a proprietary technology developed by Liebherr to optimise the interaction between the machine’s electronics, diesel engine and transmission to obtain maximum efficiency and operator comfort.
It is an intelligent system designed to reduce fuel consumption and operating costs while maintaining and enhancing machine performance.
As the power generated by the diesel engine enters the transmission, it is branched off to both the hydrostatic branch and the mechanical branch of the gearbox simultaneously.
The energy generated by either branch is combined before being supplied to the axles. The output delivered by the hydrostatic and mechanical components are always working in harmony to deliver maximum possible power at peak engine torque, resulting in excellent fuel efficiency in all operating scenarios.
The hydrostatic transmission is ideal for short loading cycles, such as when trucks use the V loading pattern or when loading hoppers and moving from a stationary position. It is the most efficient transmission type for short cycles at low speeds.
The mechanical aspect is useful for long travel routes or cycles and declines/inclines. Examples are pick and run scenarios, or tramming between locations.
A direct mechanical connection results in minimal losses when travelling at higher speeds. The two transmission branches are constantly connected, altering the ratio of power delivered by each, depending on the machine speed and situation.
The combination of both drive types in one wheel loader ensures maximum efficiency and outstanding fuel savings for all requirements.
This ensures optimal efficiency in all operating conditions.
- Fuel efficiency: The power-split transmission reduces fuel consumption by up to 30 per cent compared to traditional wheel loaders, delivering significant cost savings over time.
- Performance flexibility: The transmission adapts automatically to varying load demands, ensuring smooth operation, enhanced traction, and power delivery during tough tasks. The Liebherr XPower wheel loaders are constantly in fuel saving mode.
- Environmental benefits: Lower fuel usage reduces emissions, aligning with modern sustainability
Visit the Liebherr website to calculate your individual savings with the Liebherr energy efficiency calculator: www.liebherr.com.au.
Durable design
The XPower wheel loaders feature a robust design that combines strength with longevity.
Optimised Z-bar kinematics provide high breakout forces, perfect for handling heavy materials like rocks, gravel, or logs.
The high-strength steel frame and reinforced components ensure longevity, even in harsh operating environments, while key components, such as the Liebherr Power Efficiency (LPE) system, reduce wear and tear while maximising performance.
Comfort and safety
Liebherr prioritises operator comfort and safety in every detail of the XPower wheel loaders.
The spacious, ergonomic cabin features an intuitive layout, advanced controls, and excellent visibility for improved productivity and reduced fatigue.
Safety enhancements include rear-view cameras, panoramic windows, and advanced braking systems, complemented by optional intelligent assistance systems such as active personnel detection and joystick steering, which improve operational efficiency and safety.
Sustainability and cost savings
The XPower wheel loaders are designedto reduce operational costs while minimising environmental impact.
Key advantages include:
- Lower Total Cost of Ownership (TCO): Enhanced fuel efficiency, reduced maintenance intervals, and Liebherr’s LPE system contribute to significant lifetime savings.
- Reduced emissions: Advanced engine technology and fuel efficiency ensure compliance with the latest emissions standards.
- Diesel oxidation catalysts (DOC) and diesel particulate filters (DPF) as well as selective catalytic reduction (SCR) are installed for exhaust gas treatment, and lower pollutant emissions.
The diesel particulate filter can be unblocked during operation via active regeneration, thus enabling an uninterrupted work process.
Long intervals between regenerations increase productivity, save fuel, and reduce operating costs.
Fleet management
The wheel loaders come with Liebherr Connect, Liebherr’s own data transmission and positioning system that offers optimal management, monitoring and control of the entire fleet in terms of machine data acquisition, data analysis, fleet management and service.
Evaluations of machine use and fuel consumption ensure the machines are managed cost-effectively.
