Air Port with Landing Pad and Futuristic Urban Flying
Air Port with Landing Pad and Futuristic Urban Flying is a detailed Vehicles asset built for professional 3D pipelines, available at $219. Geometry weighs in at 121,735 polygons over 127,009 vertices. Compare it with the rest of your scene rather than with an abstract threshold - that is what decides whether it is affordable.
The model is watertight where it should be and open where it should be, so it behaves in both rendering and simulation. Pivots, naming and grouping follow the same logic throughout, so the model behaves the same way in every shot it appears in. The listing flags driving simulation, automotive advertising and game traffic as the intended applications.
In the catalog since 2025, which is a longer track record than most listings carry. Common uses are automotive advertising, film and TV backgrounds, game traffic and architectural visualization.
Questions About This Model
How much does the Air Port with Landing Pad and Futuristic Urban Flying 3D model cost?
It is listed at $219 USD on TurboSquid. That is a one-off purchase under the Royalty Free license - there is no subscription and no per-project fee afterwards.
Does the Air Port with Landing Pad and Futuristic Urban Flying model include materials and textures?
The product page states what ships with each format. Textures, when present, come inside the download rather than as a separate purchase. See the listing for the exact contents.
What is the Air Port with Landing Pad and Futuristic Urban Flying model typically used for?
Stated applications are driving simulation, automotive advertising and game traffic. Because the asset is finished rather than a base mesh, it also holds up as set dressing in scenes it was not specifically built for.
Which industries use the Air Port with Landing Pad and Futuristic Urban Flying model?
Simulation, Advertising, Game Development, Film & Video Production and Architecture are the primary industries on this listing, though the Royalty Free license puts no limit on where the model is actually used.
