About this asset

High Voltage Power Mast Revit family featuring a detailed steel lattice structure and concrete footing for site development. This Revit family provides a pair of high-voltage power masts, constructed from a rigid steel lattice framework painted in a distinct green finish. The design features substantial cross-bracing for structural integrity, with integrated ceramic insulators for cable support. Each mast is anchored to a robust, rectangular concrete block base. The set includes two varying heights, allowing for realistic site topography adjustments and line-of-sight analysis in master planning projects. The geometry is clean and efficient, focusing on the essential profile of industrial electrical distribution infrastructure without excessive polygon count.

The download is a 604 KB file containing a Revit family (.rfa). Load it into a project from the Insert tab with Load Family, then place it like any other component of its category; it schedules and tags with the rest of your model.

Users can load this family into a site plan or massing model by dragging and dropping the RFA file into the project environment. It is designed for placement on topography surfaces, where the concrete bases can be easily aligned to the site grade. Adjusting the visibility settings in the view template allows for quick toggling between detailed and schematic representations, ensuring the model remains responsive during large-scale master planning or infrastructure design phases.

These masts are essential for civil engineering projects, large-scale site master planning, and industrial facility design where utility infrastructure must be accurately represented. They are typically used in the early conceptual stages to define site constraints, electrical corridors, and visual impact assessments. Professionals working on renewable energy sites, grid expansion projects, or regional planning will find these assets useful for establishing the scale and presence of overhead transmission lines within the broader landscape context.