About this asset

This industrial two-post car lift Revit family provides a robust vertical transport solution for parking and automotive storage. This two-post car lift features a heavy-duty steel construction designed for vertical vehicle elevation. The assembly consists of two primary vertical guide columns with a central platform finished in a textured blue finish, suggesting a non-slip surface. The structural supports, including the bracing and vertical tracks, are rendered in a combination of grey and blue, highlighting its industrial utility. The design is straightforward and functional, focusing on the mechanical components required to support the load of a passenger vehicle. It is a clean, structural representation suitable for technical documentation and spatial planning in parking designs.

The download is a 3.6 MB 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.

When integrating this lift into a Revit project, ensure the host floor level is correctly set to align with the base of the columns. Use the reference planes to manage the vertical travel distance and ensure clearance heights are verified in section views. The file can be managed via object styles to toggle the visibility of the car geometry if a simplified representation is required for faster model performance during the design development phase.

This car lift is essential for architects and engineers designing high-density residential parking, private garages, or automotive showrooms. It is typically employed in the early stages of site planning to verify vertical circulation and spatial requirements for vehicle storage. Professionals use this asset to coordinate structural openings and floor-to-floor heights in multi-level parking projects. It pairs effectively with parking layout plans, structural column grids, and building sections, allowing for accurate visual verification of vehicle stacking and clearance within restricted urban building footprints.