About this asset

Moulded with structural horizontal ribs, this slimline water tank Revit family delivers compact rainwater storage for exterior building models. Featuring an elongated oval footprint, the tank incorporates rounded ends to minimise depth while maximising water storage capacity. A series of evenly spaced circumferential ribs encircle the body, providing structural rigidity across the exterior wall profile. The flat upper deck supports a raised central circular access hatch flanked by subtle moulded recesses, alongside an upper sidewall pipe port boss for overflow or inlet fittings. Rendered in a muted neutral beige finish, the unadorned polymer shell represents standard rotational-moulded polyethylene rainwater tanks used in space-constrained building perimeters and residential utility zones.

The download is a 297 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.

The family inserts directly into Revit project environments as MEP plumbing equipment or architectural site components. Designers can align the flat profile flush against exterior boundary walls or perimeter foundations. Standard pipe connector locations accommodate incoming downpipe diverters, retention piping, and booster pump suction lines. Shaded views and line styles reflect clean technical linework without dense polygonal facets in elevation and section drawings.

Engineered for narrow side setbacks, this unit suits detached dwellings, suburban townhouses, and light commercial properties incorporating sustainable water sensitive urban design. The tank pairs seamlessly with perimeter retaining walls, external HVAC equipment pads, garden irrigation layouts, and residential boundary fencing. Specifiers and hydraulic consultants typically search for compact rainwater harvesting tanks, poly slimline storage units, and domestic retention cylinders during spatial coordination and MEP preliminary planning stages.