The Lockheed F-104 Starfighter is a high-quality, photo-real 3D model of the legendary American supersonic interceptor aircraft. Known as the Missile with a Man in It, this asset captures the aircraft's radical design, featuring a long, slender fuselage and extremely thin, short-span wings. The model is presented in a classic high-visibility United States Air Force (USAF) silver and white livery, complete with large U.S. AIR FORCE and USAF service markings, the national star-and-bar insignia, and a distinctive red-and-white striped pitot tube.

The model is built with high-accuracy geometry and utilizes clean, base-color shading suitable for various lighting environments. All renders are provided without post-processing.

Suitable for all major 3D software suites, including Blender, 3ds Max, Maya, and Unreal Engine. Ideal for Cold War-era military simulations, aerospace documentaries, and high-fidelity cinematic visualizations.

Features:

High-quality polygonal model, correctly scaled to represent the dimensions of the original supersonic interceptor.

Model is fully textured with all materials applied (Interior + Exterior).

Accurate representation of the needle-nose fuselage and the T-tail stabilizer configuration.

Detailed open cockpit with realistic ejection seat and interior elements.

Includes wingtip-mounted external fuel tanks and a realistic landing gear assembly.

Modeled air intakes on both sides of the fuselage, characteristic of the F-104 design.

All textures and materials are included in the package.

Blender objects are logically named and organized for easy scene integration.

No cleanup is required—the model is ready for immediate use in your project.

File Formats:

Blender

OBJ

FBX

USD

STL

GLTF

If you need any help regarding the model or for custom freelance work, we are available! You can message us via our CGTrader profile https://www.cgtrader.com/designers/helijah and also see our other hundreds of great high-quality models https://www.cgtrader.com/3d-models?optimized=1&author=Helijah.