Liebherr LTM 1300/1

The Liebherr LTM 1300/1 mobile crane is designed for exceptional performance and flexibility, featuring a 60-meter telescopic boom and a variety of jib configurations, including a lattice luffing jib that extends the maximum hook height to 116 meters. This crane’s mobility is enhanced by its six-axle carrier, which provides a powerful drive and maneuverability suited for both on-road and off-road conditions.

Specifications

• Maximum Lifting Capacity: 300 tons at a 3-meter radius.
• Telescopic Boom: The five-section, 60-meter long telescopic boom is equipped with Liebherr’s Telematik rapid-cycle telescoping system.
• Jib Configurations: Includes options for fixed and lattice luffing jibs with lengths ranging from 10.5 meters to 70 meters. These jibs enable the crane to reach up to a 116-meter hook height and a 92-meter radius.
• Drive System: The crane is driven by a Liebherr D 9408 TI-E diesel engine with 440 kW output, compliant with EURO 2 emission standards. It features a 12 x 8 drive with the capability to activate additional axles for enhanced traction.
• Carrier: The 6-axle carrier is equipped with a multi-variable steering system, allowing for various steering configurations, which significantly improves its maneuverability.
• Control System: Integrated with Liebherr’s LICCON computer system, offering functionalities such as a safe load indicator, telescoping program, and the work area limitation system to ensure operational safety and precision.
• Counterweight System: Offers flexible configurations with options ranging from 12.5 tons to 112.5 tons, allowing for adaptation to various lifting needs and improving operational stability.

The LTM 1300/1 excels in providing high lifting capacities and extended reach, making it ideal for a wide range of lifting tasks in construction and infrastructure projects. The crane’s design emphasizes ease of operation and safety with features like advanced diagnostics systems, ergonomic operator cabins, and automated rigging processes, which enhance its operational efficiency and safety on job sites.