JASSM-ER AGM-158B Cruise Missile – Stealth Weapon

Bring long-range precision strike capability to your military scenes with this JASSM-ER AGM-158B Cruise Missile – a low-poly PBR game-ready 3D military weapon asset modeled to real-world accuracy for military simulations, air combat game development, defense visualization, VFX production, and flight simulator environments. The JASSM-ER (Joint Air-to-Surface Standoff Missile – Extended Range) is a Lockheed Martin stealth cruise missile with an extended range of 900+ km, widely used by the US Air Force and NATO allies for precision long-range strike missions — modeled here from publicly available reference with accurate stealth airframe geometry, control surfaces, and clean optimized topology.

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 JASSM-ER / AGM-158B proportions with distinctive stealth airframe and folded wing profile
• Ultra-optimized low-poly geometry – 751 polygons / 750 vertices – lightest in class for dense scene population
• PBR materials with non-overlapping UV mapping throughout
• Clean topology with no N-gons – rendering and real-time ready
• Real-world scale for seamless integration with carrier aircraft and environment assets
• Compatible with Unreal Engine, Unity, Blender, and all major 3D pipelines

Technical Specs:

• Polygons: 751
• Vertices: 750
• Materials: PBR
• UV: Non-overlapping, fully unwrapped
• Scale: Real-world accurate
• Native: Blender (.blend) – Cycles 4.2, 1.03 MB

File Formats Included:

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

Ideal for US Air Force and NATO air combat simulation, modern warfare game development, precision strike cinematic VFX, stealth weapon defense visualization, flight simulator weapon loadout assets, educational military technology presentations, and multi-missile scene population where ultra-low poly count is critical.