Selex PRR Tactical Radio Pack

A highly detailed, game-ready recreation of the British Armed Forces Selex PRR (Personal Role Radio), designed for use in military simulations, first-person shooters, cinematics, and real-time rendering projects.

This asset pack includes a detailed PRR radio unit along with two dedicated pouch variants, accurately representing the equipment used by British personnel. Each model has been created with attention to authentic proportions, functional details, and realistic material definition to ensure high visual quality in modern game engines.

Features

• High-Fidelity Selex PRR Radio Model
Accurately modelled tactical radio system featuring realistic shapes, surface details, buttons, connectors, and equipment features.

• Two Pouch Variants Included

• DPM (Disruptive Pattern Material) – Traditional British woodland camouflage pattern
• DDPM (Desert Disruptive Pattern Material) – Desert camouflage variant

• Realistic Equipment Details
Includes detailed straps, stitching, buckles, fabric folds, elastic retention, and other small-scale features for enhanced realism.

• Game-Ready Optimized Geometry
Clean topology and efficient mesh construction suitable for real-time applications while maintaining high visual quality.

• PBR Material Workflow
Physically based materials with realistic fabric, polymer, and metal properties for accurate rendering under different lighting conditions.

Technical Information

Included Formats:

• FBX

Textures:

• PBR Metallic/Roughness workflow
• High-resolution texture sets
• Optimized for Unreal Engine, Unity, Blender, Marmoset Toolbag, and other PBR-compatible software

Suitable For

• Military simulation projects
• First-person shooter games
• VR/AR experiences
• Cinematics and animations
• Real-time rendering
• Game modifications and community projects

Created with a focus on authenticity, optimization, and production quality, this Selex PRR pack provides a realistic British military communication asset ready for integration into professional and personal projects.