This high‑quality 3D axe model has been meticulously crafted in Blender 4.4, featuring clean topology, precise UV unwrapping, and professional PBR textures created in Substance Painter. All renders were produced using the Cycles X render engine in Blender, ensuring physically accurate lighting, realistic materials, and a true‑to‑life presentation.

The asset pack contains 6 separate objects, each modeled with attention to detail and optimized for both real‑time game engines and offline rendering. The geometry is clean and efficient, making it ideal for AAA game development, cinematic animation, VR/AR experiences, and 3D visualization.

Model Statistics:

• Edges: 4,293
  
• Vertices: 2,269
  
• Triangles: 3,978
  
• Faces: 2,033
  

Texture Sets Included:
Three complete texture packs are provided to suit different performance and quality needs:

• 4K – perfect for close‑up renders and high‑resolution cinematics
  
• 2K – balanced for quality and performance in most real‑time projects
  
• 1080p – lightweight for mobile, VR, or large‑scale environments
  

All texture sets are PBR‑ready and include:

• Ambient Occlusion maps for enhanced depth and shadow detail
  
• ORM (Occlusion, Roughness, Metallic) maps for accurate material definition in modern game engines
  

Compatibility:

• Fully compatible with Unity, Unreal Engine, and other PBR‑based pipelines
  
• Ready for real‑time rendering, baking workflows, and physically based shading
  
• Easy to import, customize, and integrate into existing projects
  

Use Cases:
This model is perfect for:

• Game assets (first‑person or third‑person)
  
• Cutscenes and cinematic sequences
  
• VR/AR interactive experiences
  
• Historical or fantasy environments
  
• Prop design for animations and films
  

With its clean UVs, optimized topology, and multiple texture resolutions, this axe model is ready to drop into your project and deliver professional‑level results without additional adjustments. Whether you need a hero prop for close‑up shots or a lightweight asset for large‑scale environments, this model offers both performance and visual fidelity.