XCMG XGC260 Specifications

The 260 metric ton (572, 000 lbs.) lifting capacity XCMG XGC260 heavy-duty lattice boom crawler crane is purpose-built to handle various lifting tasks in demanding environments such as bridge construction, power plant installations, and infrastructure development.

The lattice boom sections are made of high-strength steel to ensure stability and durability during lifting operations and extend to a maximum length of 98 meters (321 feet). Various Jib sections are available to enhance the reach and range of the crane load chart. 

Powered by a diesel engine, the advanced control systems ensure precise and smooth operation, enabling crane operators to handle complex lifting tasks with ease. The crane's cabin is designed to provide a comfortable working environment for the operator and is spacious and ergonomically designed with excellent visibility, and air conditioning, ensuring operators can work efficiently and safely for extended periods.

The crawler undercarriage provides excellent stability and maneuverability on rough terrains and distributes the weight of the crane over a large surface area, enabling this machine to operate on soft or uneven ground without sinking or losing stability.

XCMG prioritizes safety during crane operations and the XGC260 is equipped with various load moment limiters, angle limiters, and automatic control systems to prevent overloading, tipping, or any unsafe operations during lifting tasks.

The XGC260 is designed for ease of crane maintenance, with convenient access to key components and regular maintenance points to reduce downtime and enable efficient servicing and repair, maximizing the crane's uptime on the job site.

Designed for the International Crane Market Place, the XCMG XGC260 is a powerful and versatile crawler crane suitable for a wide range of heavy lifting applications featuring robust construction, high lifting capacity, advanced control systems, and safety features that make this crane a reliable choice for the most demanding lifting projects.