
Description
Safar 850/A - Italy Radio - Military Radio Low-poly 3D model is a high-quality, game-ready asset inspired by vintage Italian military radio transmitter-receiver equipment. Designed with attention to realistic proportions, authentic aged metal surfaces, analog meters, control knobs, switches, ventilation details, labels, and technical markings, this model is ideal for historical, military, communication, bunker, radio room, and retro-themed environments.
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
Non-overlapping UVs with efficient layout
Clearly named objects, materials, and textures
Detailed analog meters, knobs, switches, vents, screws, labels, and technical markings
Authentic worn metal surface suitable for vintage military scenes
Suitable for close-up renders and environment dressing
Use Cases
Historical and military-themed games
Vintage communication environments
Radio rooms, bunkers, military bases, and intelligence scenes
WWII-inspired scenes and animations
Cinematic shots and high-quality renders
VR / AR applications
Digital museum projects
Retro / industrial environment design
Post-war, abandoned, or military facility scenes
Model Specifications
Vertices: 5,300
Edges: 10,165
Faces: 4,933
Triangles: 8,740
Clean mesh structure
Optimized for real-time rendering
Low-poly / game-ready
Real-world scale
Texture Maps (PBR)
Base Color
Normal (OpenGL)
Roughness
Metallic
Ambient Occlusion
Opacity
Texture Resolutions
4096 x 4096 (4K)
2048 x 2048 (2K)
1024 x 1024 (1K)
512 x 512
256 x 256
128 x 128
Final Note
Safar 850/A is designed to bring authenticity, technical detail, and vintage military atmosphere to your projects. With its optimized low-poly structure, realistic PBR materials, and detailed radio equipment design, it is a strong choice for real-time applications, historical scenes, military environments, and high-quality renders.







