About this asset

This cylindrical water tank Revit family provides a simple, functional storage solution for mechanical and site planning workflows. This storage unit features a simple, upright cylindrical geometry finished in a matte light green. The design includes a flat square base plate which serves as a mounting pad for the tank body. The interior is rendered with a dark blue fill to represent fluid content, providing clear visual feedback on the tank's state within a project model. The overall construction is clean and lightweight, focusing on primary forms rather than complex mechanical fittings, making it suitable for early-stage site massing or general plumbing system coordination in larger infrastructure or residential projects.

The download is a 215 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 RFA file directly into a project environment as a mechanical or plumbing component. The family is designed for straightforward placement on site plans or utility room levels. Since it is a native Revit family, it can be scheduled for quantities or used to define space requirements within a MEP layout. The simple geometry ensures minimal impact on model performance while maintaining clear identification for site coordination and utility planning during the design development phases.

This asset is intended for use in residential, industrial, or infrastructure projects where water storage capacity needs to be represented. It is appropriate for site planning, MEP coordination, and landscape design documentation. Professionals working on utility layouts, rainwater harvesting schemes, or general site servicing will find this model useful for designating tank footprints and clearance zones. It pairs well with generic pipework systems and site infrastructure components, serving as a placeholder for detailed mechanical equipment schedules in early-stage building information modelling.