Liugong 838H Max

Liugong 838H Max Wheel Loader is a powerful and versatile machine designed for a variety of heavy-duty applications. In construction, it excels at material loading, earthmoving, and site preparation, making it ideal for both residential and commercial projects. With its robust engine and durable design, the 838H Max is a reliable choice for mining, capable of handling heavy loads of rocks, ores, and other mining materials. For quarrying, the 838H Max Wheel Loader efficiently transports aggregates, rocks, and stones, while reducing fuel consumption and boosting productivity in demanding environments. Additionally, in agriculture, the Liugong 838H Max handles tasks like land clearing, loading, and material handling, moving large quantities of soil, gravel, and crops to support agricultural operations.

Liugong 838H Max is powered by a 118 kW engine, providing excellent performance for heavy-duty tasks. It has an operating weight of 12,210 kg, ensuring stability and strength for efficient material handling in various applications. 838H Max Wheel Loader features a bucket capacity of 2.4 m³, making it ideal for transporting large volumes of materials such as soil, rocks, and aggregates. With a wheelbase of 2,870 mm, the Liugong 838H Max Wheel Loader offers stability and maneuverability, ensuring smooth operation even on uneven or challenging terrain.

Liugong 838H Max Wheel Loader offers several standout features designed to enhance both performance and operator experience. Powered by a CEV Stage IV compliant engine, 838H Max Wheel Loader delivers a balance of high performance and fuel efficiency while reducing emissions, lowering operating costs. Its high-efficiency power trains are optimized for various heavy-duty tasks such as quarrying, mining, and construction, ensuring exceptional performance with minimal fuel consumption. The comfortable AC cab is designed for operator comfort, offering an ergonomic workspace that reduces fatigue and improves safety, even during long shifts. Additionally, the ground-level serviceability design allows easy access to service points for quick maintenance, minimizing downtime and maximizing operational efficiency.