B-30 MT Receiver - Military Radio - Vintage
B.30 MT Receiver
Game-ready 3D model of the B.30 MT Receiver, designed as a vintage industrial and military-grade power distribution unit. Carefully recreated using realistic references for accurate proportions, heavy duty metallic latches, analog voltage meter, circular connection ports, weathered paint layers, and industrial rust details. Optimized for real-time use in Unreal Engine and Unity.
The asset is optimized for real-time use and provides a good balance between visual quality and performance efficiency, making it suitable for games, cinematic scenes, VR/AR projects, and environment design.
Key Features
- Physically Based Rendering (PBR) materials- Clean, optimized low-poly topology for real-time performance- Game-ready model compatible with Unreal Engine and Unity- Real-world scale for accurate placement- Efficient UV layout with 2 UV sets (Main Model and Opacity)- Clearly named objects, materials, and textures- Authentic worn and scratched military metal surface suitable for historical scenes- Highly detailed analog dials, connection ports, and control knobs- Suitable for close-up renders and detailed environment dressing
Use Cases
- Historical, military, and World War II themed games- Radio communication rooms, military bunkers, and command center scenes- Secret intelligence and wartime spy environments- Survival, adventure, or historical horror game projects- Cinematic historical reconstruction shots and high-quality renders- VR / AR simulations and digital military museum projects- Period-accurate industrial and communication environment design
Model Specifications
- Objects: 25- Vertices: 7,614- Edges: 16,092- Faces: 8,561- Triangles: 13,433- Clean mesh structure- Optimized for real-time rendering- Low-poly / game-ready- Real-world scale- Rigged: No- UV Sets: 2 (UV SET 1: MAIN MODEL, UV SET 2: OPACITY)
Texture Maps (PBR)
- Base Color- Normal (OpenGL / DirectX)- Roughness- Metallic- Ambient Occlusion- Opacity
Texture Resolutions
- 4096 x 4096 (4K)- 2048 x 2048 (2K)- 1024 x 1024 (1K)