Portable Tap Recorder Low-poly 3D model

Bring retro charm and functional realism to your 3D projects with this highly detailed Portable Tap Recorder 3D Model, carefully crafted for use in games, films, AR/VR applications, product visualization, and realistic environments. Inspired by vintage cassette recorders of the late 20th century, this model blends nostalgic design with modern 3D asset standards, offering both visual accuracy and optimal performance.

Designed with clean topology and optimized geometry, the model is perfect for both real-time engines and high-end render workflows. The asset includes 4K PBR textures (Albedo, Normal, Metallic, Roughness, AO) and is compatible with all major 3D software and game engines including Blender, Unity, Unreal Engine, Maya, 3ds Max, and more.

Every detail from the cassette tray, buttons, speaker grille, to the volume knobs and handle is modeled and textured to provide maximum realism. Whether you're creating a 1980s office, a detective’s desk, a retro-futuristic narrative, or a props inventory for a survival horror game, this recorder fits right in.

Key Features:

High-quality Portable Tape Recorder 3D Model

Clean, low to mid-poly mesh ideal for performance

PBR-ready: 4K textures (Base Color, Roughness, Metalness, Normal, AO)

Real-world scale and correct proportions

Fully unwrapped UVs with non-overlapping islands

Includes FBX, OBJ, MAYA, USD, STL and BLEND formats

Game-ready and render-ready

Suitable for historical, retro, office, spy, crime, music, or analog-tech themes

Works seamlessly in real-time engines like Unreal Engine and Unity

Applications:

Game asset prop for detective, mystery, or retro games

Interior visualization for vintage office setups

Educational or historical AR/VR environments

Animated explainer or product demo videos

Virtual set dressing for film and TV scenes

Whether you're a developer, designer, filmmaker, or digital artist, this model offers the level of detail, texture quality, and thematic authenticity to elevate your creative projects.