Il-76 Style Heavy Cargo Plane - Custom Military Jet Low-poly 3D model
Home Catalog Il-76 Style Heavy Cargo Plane - Custom Military Jet Low-poly 3D model

Publication date: 2026-03-30

Buy Il-76 Style Heavy Cargo Plane - Custom Military Jet Low-poly 3D model

$6.76

License: Royalty Free No Ai

author:

okb1creativedesignbureau

All content related to this 3D asset—including renders, descriptions, and metadata — is credited to its original author, «okb1creativedesignbureau». CGhub does not claim copyright ownership over the content used.
  • Description
  • Formats
Overview

A premium, fictional strategic heavy transport aircraft concept inspired by the sweep-wing, high-mounted quad-engine, and high T-tail layout of classic tactical airlifters like the Ilyushin Il-76 Candid family. Sourced entirely from native engineering-grade CAD/NURBS surfaces, this commercial-ready asset provides mathematically continuous reflections, an impeccable aerodynamic silhouette, and smooth wing-to-body pod fairings.

Developed as a progressive, stretched heavy transport platform, this model maintains historically coherent structural balance and mass distribution configurations. Because this is an entirely original, fictional layout, it functions as a non-IP asset. You can safely deploy it in commercial video games, flight simulators, military strategy titles, films, and real-time visualization pipelines without any trademark licensing fees or legal restrictions from real-world defense manufacturers.

All Formats Are Fully Textured (Livery Baked In)

This asset package is completely production-ready out of the box. Every file format included in this bundle features high-quality textures and military livery maps baked flawlessly from the master aerospace CAD files:

  • Real-Time Formats: Optimized low-poly meshes (OBJ, GLB, GLTF) feature a pre-baked, engine-ready livery texture map. Ready for direct, drag-and-drop integration into Unreal Engine, Unity, and real-time web-based rendering workflows.
  • Vertex-Color High-Poly Master: The premium master setups (PLY and native Blender .BLEND configurations) feature rich, vertex-based color values calculated directly from the original CAD source for high-fidelity visualization with zero external texture node dependencies.
Geometry and Engineering Notes
  • CAD-to-Mesh Perfection: Uniform, highly predictable polygonal topology generated directly from smooth NURBS source geometry. Optimized for real-time engines and efficient performance at approximately 63,688 triangles.
  • Organic Surface Flow: Absolutely zero surface wrinkling, normal pinching, or shading artifacts around complex geometric zones, such as the four under-wing engine pylons, heavy multi-wheel landing gear pods, and the massive rear cargo door assemblies.
  • Flexible Utility: An ideal baseline asset for custom hard-surface concept development, custom livery skinning, or interactive media modifications.
Included Formats
  • 3D Real-Time (Fully Textured with Livery): OBJ, GLB, GLTF, PLY, FBX, ABC
  • CAD Engineering Data: STEP AP214, IGES, CGR, X_T, X_B
  • Native Source File: .BLEND (Blender 3.6+ Cycles-compatible layout)
  • 3D Printing Ready: STL, 3MF (Engineered to scale reliably across various sizes for FDM and resin printing display models)

Note: This model is focused entirely on premium geometry and baked liveries; it does not include rigging or animations.

BLEND (Blender, filesize: 15.4 MB), BLEND (Blender, filesize: 15.4 MB), OBJ (OBJ, filesize: 5.96 MB), FBX (Autodesk FBX, filesize: 2.15 MB), GLTF (glTF, filesize: 5.31 MB), 3MF (3D Manufacturing File, filesize: 1.7 MB), STL (Stereolithography, filesize: 6.29 MB), IGE (IGES, filesize: 7.27 MB), PLY (Ply, filesize: 3.49 MB), STP (STEP, filesize: 4.29 MB), X_T (Parasolid, filesize: 2.05 MB), ABC (Alembic, filesize: 4.66 MB)

3D Model details

  • cgtrader Platform
  • Animated
  • Rigged
  • Ready for 3D Printing
  • VR / AR / Low-poly
  • PBR
  • Textures
  • Materials
  • UV Mapping
  • Polygons: 63688
  • Vertices: 191064
  • Geometry: No N-gons | No faceted geometry | Manifold geometry |