High-quality 3D model of a nano reconnaissance drone featuring realistic PBR materials, detailed optics, and lightweight rotor assembly. Suitable for military simulations, surveillance scenarios, cinematics, and real-time applications in Unreal and Unity.

------------------------------------⚜️ GENERAL INFORMATION ⚜️----------------------------------------

• Optimized low-poly mesh with clean topology and performance-friendly detail retention

• Real-world scale and accurate proportions

• All objects are error-free and legal geometry

• No subdivision required and no plugins needed

---------------------------------------------⚜️ FILE FORMATS ⚜️-------------------------------------------------

1. 3ds Max 2021

2. Blender 4.4.3 + ARM additional file

3. FBX

4. OBJ (You may need to reassign texture maps in your software.)

5. GLB

6. GLTF

7. USDZ

8. USD

-----------------------------------------------⚜️ MODEL INFO ⚜️---------------------------------------------------

Object: Black_Hornet_Nano_Drone_001

• Vertices: 8293

• Polygons: 8900

• Triangles (3-sided): 1824

• Quads (4-sided): 7076

• Rendered Tris: 15976

--------------------------------------⚜️ MATERIALS & TEXTURES ⚜️------------------------------------------

• 1× 3ds Max physical material

• The ORM texture map is also included [R XXX no occlusion + G Roughness + B Metalness]

• The ARM texture map is also included [R Aplha + G Roughness + B Metalness]
  
  Textures:

• 4096x4096 = Black_Hornet_Nano_Drone_01_Albedo.png

• 4096x4096 = Black_Hornet_Nano_Drone_01_Albedo_RGBA.png

• 4096x4096 = Black_Hornet_Nano_Drone_02_ARM.png

• 4096x4096 = Black_Hornet_Nano_Drone_02_Metalness.png

• 4096x4096 = Black_Hornet_Nano_Drone_02_ORM.png

• 4096x4096 = Black_Hornet_Nano_Drone_03_Roughness.png

• 4096x4096 = Black_Hornet_Nano_Drone_04_Normal_DirectX.png

• 4096x4096 = Black_Hornet_Nano_Drone_04_Normal_OpenGL.png

• 4096x4096 = Black_Hornet_Nano_Drone_05_Opacity.png

-----------------------------------------------⚜️ NOTES ⚜️---------------------------------------------------

• You may need to reassign texture maps in your software.

• You may need to flip the green channel of the normal map depending on your workflow (DirectX vs OpenGL).

• The attached 3D view does not represent the object's actual quality, and it is better shown in the render images.

• The file and texture names might differ from the displayed names here. (just for a shorter or better naming convention).