The crane’s tail swing (the rear of the crane cab overhang) often intrudes into space you thought was empty. A proper HIAB crane CAD block includes a dashed circle representing the maximum tail swing radius.
For engineers, architects, and logistics planners, precision is everything. When designing a workshop, a loading dock, or a complex heavy-lift transport scenario, guessing the space a crane occupies is not an option. This is where the HIAB crane CAD block becomes an indispensable asset. hiab crane cad block
| Model | Max Lifting Moment (t/m) | Stowed Height (mm) | Outrigger Spread (mm) | Typical Use | | :--- | :--- | :--- | :--- | :--- | | | 2.6 | ~800 | ~1,200 | Small van delivery | | HIAB 122 | 12.0 | ~2,100 | ~4,500 | Recovery trucks | | HIAB 166E-3 | 16.6 | ~2,350 | ~5,200 | Timber/steel transport | | HIAB 322E | 32.0 | ~2,550 | ~6,000 | Heavy construction | | HIAB X-CL 10 | 104.0 | ~2,800 | ~7,500 | Extreme heavy lift | The crane’s tail swing (the rear of the
HIAB changed its subframe mounting hole patterns in 2020. Using a pre-2020 CAD block for a new 2025 crane model will result in chassis drilling errors. Always check the "Revision Date" on the CAD file. Conclusion: Invest in Accuracy The HIAB crane CAD block is not just a symbol; it is a critical engineering data set. Whether you are designing a forestry truck for tight European logging trails or a mobile service crane for a Dubai construction site, the precision of a genuine HIAB-provided CAD model saves thousands of dollars in rework. When designing a workshop, a loading dock, or
