Iskander Tactical Ballistic Missile - Low-Poly PBR Military Weapon

Bring Russia's most widely deployed short-range ballistic missile system to your military scenes with this Iskander Tactical Ballistic Missile (9K720 / SS-26 Stone) – a low-poly PBR game-ready 3D military weapon asset built for military simulations, war game development, defense visualization, cinematic VFX, and educational presentations. Modeled to accurate proportions and real-world scale, this asset captures the distinctive missile body, fin array, and surface detail of the Iskander system with clean optimized geometry ready for immediate pipeline integration.

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 Iskander (9K720) proportions modeled from real-world reference
• Optimized low-poly geometry – 2,620 polygons / 2,650 vertices for real-time performance
• Realistic surface detailing – missile body panel lines and fin structure accurately reproduced
• Pivot points correctly positioned for easy placement and launch animation workflows
• PBR-ready materials with non-overlapping UV mapping throughout
• No N-gons – game-ready topology for clean deformation and rendering
• Real-world scale for seamless integration with launch vehicle and environment assets
• Compatible with Unreal Engine, Unity, Blender, Marmoset Toolbag, and all major pipelines

Technical Specs:

• Polygons: 2,620
• Vertices: 2,650
• Materials: PBR-ready
• UV: Non-overlapping, fully unwrapped
• Scale: Real-world accurate
• Native: Blender (.blend) – Cycles 4.2, 1.24 MB

File Formats Included:

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

Ideal for Russian military simulation and war game development, Eastern European conflict cinematics, defense and aerospace visualization, military vehicle and launch system dioramas, VFX and motion graphics, educational defense analysis presentations, and AR/VR military training environments.