Fattah-01 Hypersonic Ballistic Missile - Low-Poly PBR Military Weapon

Capture next-generation hypersonic warfare in your military scenes with this Fattah-01 Hypersonic Ballistic Missile – a low-poly PBR game-ready 3D military weapon asset modeled to accurate proportions for military simulations, war game development, defense visualization, documentary cinematics, and VFX production. The Fattah-01 (meaning Conqueror) is Iran's first domestically produced hypersonic ballistic missile, unveiled in June 2023 and designed to maneuver at hypersonic speeds to evade modern air defense systems — modeled here from publicly available reference imagery with accurate aerodynamic shape, nose cone, fins, and body segmentation.

CGTrader Verified – CGT Standard passed – clean geometry, no N-gons, no UV overlaps, fully UV unwrapped.

Also available as part of the 12-in-1 Game-Ready Missile Collection.

Key Features:

• Accurate Fattah-01 proportions – distinctive aerodynamic hypersonic body, nose cone, and fin array
• Ultra-optimized low-poly geometry – 1,248 polygons / 1,184 vertices for maximum real-time performance
• Detailed surface elements – fins, body segmentation, and nose cone accurately reproduced
• PBR-ready materials with non-overlapping UV unwrap throughout
• No N-gons – clean game-ready topology for rendering and animation workflows
• Real-world scale and proportions for seamless scene integration
• Compatible with Unreal Engine, Unity, Blender, and all major 3D pipelines

Technical Specs:

• Polygons: 1,248
• Vertices: 1,184
• Materials: PBR-ready
• UV: Non-overlapping, fully unwrapped
• Scale: Real-world accurate
• Native: Blender (.blend) – Cycles 4.2, 1.09 MB

File Formats Included:

• Blender (.blend) – Native, Cycles 4.2
• FBX – CGT Verified
• OBJ / MTL
• GLB / GLTF
• STL
• Textures: PNG

Ideal for Middle Eastern and Iranian military simulation and war game development, next-generation hypersonic weapons visualization, defense and aerospace educational presentations, military cinematic VFX and motion graphics, documentary and news broadcast graphics, and AR/VR military training environments.