About this asset

This side elevation AutoCAD drawing depicts the Liebherr LTM 1160 mobile crane, providing a precise silhouette for site planning. Representing the Liebherr LTM 1160 mobile crane, this technical drawing captures the machine in a standard side elevation view. The linework details the multi-axle carrier chassis, the central slew ring, and the retracted telescopic boom assembly. Outriggers are shown in a stowed configuration, and the operator's cabin is clearly delineated at the front. The drawing focuses on the primary physical proportions and mechanical profile of the vehicle, offering a clean, vector-based representation suitable for integration into complex site layouts or construction logistics plans where heavy lifting equipment must be accounted for.

The download is a 430 KB file containing an AutoCAD drawing (.dwg) drawn in elevation. It opens in AutoCAD, BricsCAD, DraftSight and other DWG-compatible CAD programs, ready to insert as blocks into plans and elevations.

This DWG file is structured for direct insertion into AutoCAD as a block or external reference. Professionals can scale the geometry based on the known vehicle dimensions to ensure accuracy in site plans. The linework is clean, allowing for easy layer assignment or modification if specific parts need to be isolated. It is intended for use in 2D site documentation rather than as a 3D model, making it ideal for quick placement in construction sequence drawings or site logistics diagrams.

This asset is essential for construction site planning, logistics management, and temporary works design. It is frequently employed by contractors and engineers to verify clearances, turning radii, and space requirements for heavy lifting equipment on constrained urban or industrial sites. Architects and site managers use such drawings to illustrate crane positioning during the construction phase of large-scale residential, commercial, or infrastructure projects. It pairs effectively with site boundary data and building massing models to demonstrate feasibility and safety during the project delivery stage.