This meticulously detailed 3D model showcases a classic 1950s Cab-Over-Engine (COE) Firetruck, featuring complete firefighting equipment and accessories. Modeled in Blender from historical references and blueprints, this asset is optimized for digital projects including video games, architectural visualizations, film productions, and emergency response simulations.

Buyer Advisory:This model is designed for digital use and is not optimized for 3D printing. Purchasing it for 3D printing is done at your own risk. The model largely does not include UV mapping or textures, with the exception of some materials like leather, carpet, and logos. Comprehensive UV mapping and PBR texturing is considered a separate, paid service.

The model includes a comprehensive set of firefighting tools and equipment, making it ideal for emergency response scenarios, city simulation games, historical recreations, and interactive training applications.

Key Features:

Authentic COE Design: Classic Cab-Over-Engine configuration with single axle setup

Complete Firefighting Equipment: Ladders, fire hoses, extinguisher, axe, water connection points

Game Ready Optimization: Clean topology and organized hierarchy for seamless integration into Unreal Engine and Unity

Modular Components: Doors, wheels, ladders, and equipment are individually grouped for easy animation

Optimized Geometry: 330,428 Faces | 649,239 Triangles | 351,849 Vertices

Detailed Interior: Fully modeled cabin with authentic firefighter details and controls

File Formats:The package includes industry-standard formats (.blend, .fbx, .obj) ensuring compatibility with most 3D software and game engines.

Important Usage Notice:This asset was created exclusively for digital applications. It is not designed, tested, or optimized for 3D printing. While an STL file is included as a courtesy, successful printing is not guaranteed and remains the sole responsibility of the purchaser. The primary purpose of this model is for digital media projects and real-time applications.

All meshes are properly named and organized for efficient workflow pipeline integration, with materials and textures optimized for real-time rendering performance.