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Nera

Nera L.C.A.C. Transport [STL File]

Nera L.C.A.C. Transport [STL File]

Normaler Preis $9.99 USD
Normaler Preis Verkaufspreis $9.99 USD
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Nera L.C.A.C. Transport [STL File]

Create a full-scale deployment scene for your mecha collection with the Nera L.C.A.C. Transport, a detailed digital model inspired by military Landing Craft Air Cushion vehicles designed to transport armored units, equipment, and personnel directly from ship to shore.

Designed as more than a simple display base, the L.C.A.C. features a broad open transport deck capable of carrying mobile suits, support vehicles, cargo, and other mechanical units. Its low-profile hull, large side-mounted propulsion housings, armored exterior panels, and front loading ramp give the model the appearance of a functional futuristic military transport craft.

The model is estimated to be scaled at approximately 1/144, making it well suited for 1/144 mecha and Gundam-style displays. Because this is a digital STL file, however, the model can be rescaled in your slicing software to better match your preferred collection, diorama, or display size.

Features

  • Detailed L.C.A.C.-style hovercraft transport
  • Estimated 1/144 scale
  • STL files can be resized to your preferred scale
  • Large central cargo deck for displaying mecha, vehicles, or equipment
  • Front loading/ramp section for deployment-style displays
  • Detailed hull armor, mechanical panels, vents, and structural surfaces
  • Large propulsion and lift-fan housings inspired by military hovercraft
  • Ideal for mecha, Gundam-style, sci-fi military, and diorama displays
  • Great for amphibious assault, transport, hangar, and deployment scenes
  • Suitable for custom painting, weathering, decals, and battlefield detailing

Please Note

This listing is for a digital STL file only intended for 3D printing. No physical product will be shipped.

The model is estimated to be approximately 1/144 scale, but the final dimensions can be adjusted in your preferred slicing or 3D modeling software. A 3D printer and compatible slicing software are required. Printed results may vary depending on printer type, material, supports, layer height, and individual print settings.

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