Liebherr LTM1300NX

The Liebherr LTM 1300NX introduces significant advancements in mobile crane technology, combining robust construction with high-end engineering to cater to diverse lifting needs. This model continues Liebherr’s trend of integrating groundbreaking technologies for enhanced performance and operational efficiency.

Key Features and Specifications

• Maximum Lifting Capacity: This crane supports significant loads, suitable for various industrial applications.
• Telescopic Boom: The LTM 1300NX features a telescopic boom that extends up to 72 meters, offering superior reach and flexibility compared to previous models.
• Engine and Transmission: Equipped with a powerful engine that promotes a single-engine concept, this crane ensures reduced fuel consumption and emissions, aligning with modern environmental standards.
• Innovative Technologies: Includes state-of-the-art features such as ECOmode, which minimizes operational noise and fuel consumption, and VarioBase® technology that enhances safety by providing flexible outrigger positioning and increased lifting capacities under different conditions.
• Operational Versatility: The crane is designed to handle a wide range of tasks with ease, from infrastructure projects to the assembly of wind turbines, demonstrating exceptional versatility.
• Enhanced Safety Features: Integrated with advanced safety systems, including load moment indicators and finely tuned load charts that account for various operational conditions, ensuring safe and efficient handling.

Applications

The LTM 1300NX is particularly effective in complex lifting tasks that require high precision and flexibility. It is ideal for erecting tower cranes, maintaining wind turbines, and performing in tight urban spaces where its compact design and extensive reach provide distinct advantages.

This model embodies Liebherr’s commitment to innovation and sustainability, offering significant advancements in lifting technology that reduce operational costs and environmental impact, making it a prime choice for future-oriented lifting operations.