Airbus A-340 Commercial Aircraft

This Airbus A-340 commercial aircraft Revit family provides a detailed wide-body model for site entourage and aviation projects. Representing the classic four-engine wide-body design of the Airbus A-340, this model features a streamlined fuselage, swept wings with winglets, and four distinct engine nacelles. The geometry is clean and simplified, suitable for site planning and large-scale architectural masterplan visualisations. The exterior is rendered in a neutral white finish with contrasting blue accents on the tail fin and engine cowlings, providing a recognisable silhouette. Landing gear detail is included for ground-level placement, ensuring the model sits correctly on site planes or tarmac surfaces in your masterplan model.

The download is a 1.1 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.

As a standard Revit family, this aircraft is designed for easy insertion into site plans or 3D views as entourage. It is best managed on a dedicated workset to toggle visibility during active design phases. Users can adjust the scale to suit specific masterplan requirements or use it as a reference for airport terminal design. Since this file is lightweight, it is ideal for populating large site models without significantly impacting viewport performance or project file size during heavy rendering sessions.

This model is essential for architects and urban planners working on airport infrastructure, masterplanning, or large-scale site development projects. It serves as vital context for runway layout studies, terminal building massing, and aviation facility design. Professionals can utilise this asset to demonstrate scale and operational flow within site models, pairing it with other transport infrastructure or ground handling equipment. It is particularly useful during early-stage conceptual planning to establish a sense of scale and realism for complex transportation hubs.