About this asset

Configured for mass transit infrastructure layouts, this modern silver metro driver coach Revit family features articulated passenger doors and rooftop pantographs. The carriage is modelled as an electric multiple-unit driving cab, presenting a streamlined aerodynamic nose section and a continuous silver metallic body. Along its flanks, repeated sets of double passenger doors alternate with dark-tinted rectangular passenger windows, accentuated by a continuous horizontal orange stripe running across the midsection. Visible rooftop equipment includes a functional pantograph mechanism, cooling housings, and equipment fairings. Below the chassis, front and rear wheel bogies provide realistic track clearance and undercarriage detailing, creating a convincing profile for elevated tracks, open-cut corridors, or subterranean platform models.

The download is a 4 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.

Supplied as a native Revit family (.rfa), the component loads into project environments under specialty equipment or site elements. Users can align the carriage along rail centreline reference planes or snap it to platform edge levels in plan and section views. Material parameters allow easy mapping of exterior liveries, window glazing transparencies, and metallic roof finishes to match practice presentation standards.

Engineered for transport architecture and infrastructure modelling, this commuter rolling stock family suits metro stations, multi-modal transit hubs, maintenance depots, and urban rail network visualizations. It provides immediate contextual scale in section cuts of underground subway stations, overhead viaduct renderings, and passenger concourse elevations. Specifiers and visualizers routinely search for rapid transit vehicles, passenger train carriages, electric metro trains, and subway driver units to populate public infrastructure design presentations accurately.