Free 8K model of Asian pears with realistic green-yellow skin, subtle blemishes, natural stems, and high-detail surface textures.

Pears Asian 01

Free 8K Mountainside model: a weathered cliff rock face with layered, jagged boulders, visible lichen patches, and rugged earthy, high-detail surface textures.

Mountainside

Free 8K model of a weathered concrete road barrier with chipped edges, exposed rebar, rusted lifting hooks and a rough, gritty surface texture.

Concrete Road Barrier 02

I am working on a Fantasy warrior figure using the head I published a few days ago and this tunic.

You are free to use this model in any way including commercially - you don't need to ask permission.

The download includes the textured model as displayed above (original format) and an STL file suitable for 3d printing (additional file).

The model was made in Zbrush with all surface textures added in Substance Painter.  To create the STL file with all surface details baked into the geometry I exported the model from Sub Painter using displacement and tessallation.  Once loaded back into Zbrush (see image below) I projected the surface detail back onto the hi res model and then decimated this.  I have loaded the file into Lychee Slicer and it seems fine.

The STL file availabe now is a better version than the one I uploaded at first.  Hope you enjoy!  - Andy

![](https://i.imgur.com/G9aCLBE.jpg)

Tunic - Fantasy Warrior - free

Zapotec funerary urn, 600-900 CE, now in the collection of the Minneapolis Institute of Art.

More information [here](https://collections.artsmia.org/art/757/funerary-urn-zapotec)

This model was scanned and produced with a research process that captures surface texture and specularity more accurately - the research is led by Michael Tetzlaff, Assistant Professor of Computer Science at the University of Wisconsin-Stout, as part of a research effort that began when Michael was a doctoral student in Computer Science at the University of Minnesota. The work is now supported by an NEH grant, and the grant team includes [UW-Stout](https://www.uwstout.edu/), [Cultural Heritage Imaging](culturalheritageimaging.org), and Mia.

This model presents generated textures from the photographic data specific to this object by Kintsugi 3D Builder, available soon.

Model building and customization for Mia by [Lou Brown](https://www.artstation.com/loubrown).

Zapotec funerary urn, 600-900 CE

Frilled Shark is one of the most primitive and mysterious sharks still alive today, often called a “living fossil” because its appearance has remained almost unchanged for millions of years. This ultra-realistic 3D model accurately captures its elongated eel-like body, wide mouth, needle-sharp teeth, and distinctive frilled gill slits. The model is carefully crafted with clean quad topology, realistic proportions, and detailed surface textures, making it suitable for close-up shots. Ideal for documentaries, educational projects, games, cinematics, and marine biology visualizations. Optimized for performance while maintaining high visual fidelity.

Animated Frilled Shark

Gola helmet mask, now in the collection of the Minneapolis Institute of Art.

More info [here](https://collections.artsmia.org/art/113482/helmet-mask-gola-artist)

This model was scanned and produced with a research process that captures surface texture and specularity more accurately - the research is led by Michael Tetzlaff, Assistant Professor of Computer Science at the University of Wisconsin-Stout, as part of a research effort that began when Michael was a doctoral student in Computer Science at the University of Minnesota. The work was supported by an NEH grant, and the grant team included UW-Stout, Cultural Heritage Imaging, and Mia.

This model presents textures generated by Kintsugi 3D Builder; more at Michael’s [Github](https://github.com/michaelt919/Kintsugi3DBuilder).

Gola helmet mask

Earth Planet Model (PBR Textured)
A realistic 3D model of Earth featuring detailed surface textures that capture continents, oceans, and atmospheric cloud patterns. This model includes normal and ambient occlusion maps to enhance terrain depth and lighting, making mountains, coastlines, and surface variation stand out.

Designed for both real-time and high-quality rendering, this Earth model is optimized for seamless spherical projection and works perfectly in games, simulations, and educational projects.

Features:

High-resolution Earth surface texture (land, oceans, clouds)
Normal map for enhanced terrain detail
Ambient occlusion map for realistic shading
Clean UV mapping for spherical models
Optimized for engines like Roblox, Unity, Unreal, and Blender

Perfect for:

Space and sci-fi games
Planetary systems and solar simulations
Educational visualizations
Cinematic renders and animations

Bring Earth into your project with accurate visuals and realistic lighting.

Earth (PBR TEXTURES)

Bassa mask, now in the collection of the Minneapolis Institute of Art.

More info [here](https://collections.artsmia.org/art/113449/mask-bassa-artist)

This model was scanned and produced with a research process that captures surface texture and specularity more accurately - the research is led by Michael Tetzlaff, Assistant Professor of Computer Science at the University of Wisconsin-Stout, as part of a research effort that began when Michael was a doctoral student in Computer Science at the University of Minnesota. The work was supported by an NEH grant, and the grant team included UW-Stout, Cultural Heritage Imaging, and Mia.

This model presents textures generated by Kintsugi 3D Builder; more at [Michael’s Github](https://github.com/michaelt919/Kintsugi3DBuilder).

Bassa mask

Mars Planet Model (PBR Textured)
A detailed 3D model of Mars featuring high-quality surface textures for realistic rendering. This model includes carefully generated normal and ambient occlusion maps to enhance depth, bringing out craters, valleys, and terrain variations across the planet’s surface.

Optimized for real-time use, this model is ideal for space games, sci-fi environments, simulations, or educational projects. The textures are mapped for seamless spherical projection, ensuring a clean and realistic planetary look from any angle.

Features:

High-resolution Mars surface texture
Normal map for enhanced surface detail
Ambient occlusion map for realistic shading
Clean UV mapping for spherical models
Ready for use in engines like Roblox, Unity, Unreal, and Blender

Perfect for:

Space exploration games
Planetary systems and skyboxes
Sci-fi scenes and animations
Educational visualizations

Bring the Red Planet into your project with realistic detail and performance-friendly design.

Mars (PBR TEXTURES)

Venus Surface Model (Radar-Mapped, PBR Textured)
A detailed 3D model of Venus based on radar-mapped surface data, revealing the planet’s hidden terrain beneath its dense atmosphere. This model showcases Venus’ volcanic plains, impact craters, and complex geological formations with enhanced depth using PBR textures.

Unlike the cloud-covered appearance of Venus, this version highlights the actual surface structure, making it ideal for scientific visualization, stylized space scenes, or game environments.

Features:

High-resolution radar-based Venus surface texture
Normal map for enhanced terrain detail
Ambient occlusion map for realistic depth and shading
Roughness map for accurate non-reflective surface response
Clean spherical UV mapping
Optimized for real-time engines (Roblox, Unity, Unreal, Blender)

Perfect for:

Space and sci-fi games
Planetary simulations
Educational and scientific visualization
Cinematic renders and animations.

Venus (PBR TEXTURES)

Moon (Lunar Surface) – PBR 3D Model
A detailed 3D model of Earth’s Moon featuring a high-resolution surface texture with accurate crater patterns and impact rays. The model emphasizes the Moon’s rugged, airless terrain using PBR textures to enhance depth and realism.

Designed for real-time and high-quality rendering, this model uses a strong normal map to bring out crater detail and a roughness map for an authentic dry, non-reflective surface. Optimized for use in games, simulations, and space scenes.

Features:

High-resolution lunar surface texture
Normal map for enhanced crater depth
Roughness map for realistic surface response
Clean spherical UV mapping
Optimized for Roblox, Unity, Unreal, Blender, and Sketchfab

Perfect for:

Space and sci-fi environments
Planetary systems and solar simulations
Educational visualizations
Cinematic renders

Moon (PBR TEXTURES)

A clean and detailed 3D sea shell asset designed for use in games, simulations, and real-time environments. This model captures the natural spiral form and surface texture of a marine shell, making it suitable for beach scenes, underwater environments, coastal landscapes, and decorative props.

The asset is optimized for game engines and real-time rendering, allowing smooth integration into projects built with engines like Unity or Unreal. Its balanced geometry ensures good visual quality while maintaining performance efficiency. 

Features:
• Realistic sea shell shape and proportions
• Game-ready topology
• Suitable for beach, ocean, and underwater scenes
• Lightweight and easy to integrate
• Ideal for games, AR/VR environments, animations, and visualizations

Use Cases:
• Beach or island environments
• Underwater exploration games
• Marine-themed scenes
• Decorative environment props

A versatile nature prop that helps add authentic coastal detail to your 3D environments.

Sea Shell Game Asset

Mercury Planet Model (PBR Textured)
A detailed 3D model of Mercury featuring high-resolution surface textures that capture the planet’s heavily cratered and rugged terrain. This model highlights Mercury’s Moon-like appearance, with sharp impact craters and rocky plains enhanced through physically based rendering (PBR) maps.

Optimized for both real-time and high-quality rendering, this model uses normal and ambient occlusion maps to bring out fine surface detail, making it ideal for space scenes, simulations, and educational projects.

Features:

High-resolution Mercury surface texture
Normal map for enhanced crater and terrain detail
Ambient occlusion map for realistic depth and shading
Roughness map for accurate rocky, non-reflective surface response
Clean spherical UV mapping
Optimized for engines like Roblox, Unity, Unreal, and Blender

Perfect for:

Space and sci-fi games
Planetary systems and solar simulations
Educational visualizations
Cinematic renders and animations.

Mercury (PBR TEXTURES)

This highly detailed 3D scan of a classic Belstaff waxed jacket captures the authentic texture, structure, and craftsmanship of this iconic fashion piece. Created using professional scanning technology, the model preserves fine material details such as stitching, fabric folds, pockets, and surface wear.

Ideal for use in:

Fashion visualization
Virtual showrooms
AR/VR applications
Game development
Digital archiving of garments

The scan delivers accurate geometry and realistic surface textures, making it perfect for designers, developers, and creative professionals who require high-quality 3D assets.

Key Features:

Ultra-realistic fabric and material capture
High-resolution textures
Clean topology suitable for real-time or rendering
Authentic Belstaff jacket design with multiple pockets and details

This model demonstrates the power of professional 3D scanning for preserving fashion items in digital form.

Belstaff Waxed Jacket 3D Scan | High-Detail

English:
This 3D model captures an archaeological site in the Mixteca Alta region of Oaxaca, Mexico, created using a mobile 3D scanning application. The model preserves visible architectural features, surface textures, and spatial relationships, providing a detailed digital record for research, education, and cultural preservation.

Español:
Este modelo 3D captura un sitio arqueológico en la región de la Mixteca Alta, Oaxaca, México, creado utilizando una aplicación móvil de escaneo 3D. El modelo preserva características arquitectónicas visibles, texturas superficiales y relaciones espaciales, ofreciendo un registro digital detallado para la investigación, la educación y la preservación cultural.

RVAP 2026 Mixteca Alta - Area3

For production-ready use, we recommend downloading the source format.The viewer version is intended only for use in the web viewer. In the source file, the following are fully preserved:✔ full scene structure✔ complete materials without reduction✔ accurate texture maps✔ proper object namingIf you intend to use the asset in a production environment, select the Original format.This 3D scene showcases a square shaped primer container meticulously designed for high end cosmetic branding and eCommerce presentation. The container features clean angular lines and a minimalist aesthetic rendered with photorealistic detail to highlight its sleek modern design. Set against a pure white background the scene employs soft even lighting to accentuate the container s contours and surface textures ensuring the product remains the focal point. Subtle shadows and reflections add depth enhancing

Primer Cosmetics

is a highly expressive 3D figurine built around an intense, almost theatrical scene. The subject depicts a man with strong facial features and a fierce expression, captured in a moment of extreme tension while tightly holding a chicken in his hands. The composition blends energy, irony, and drama, turning a surreal moment into a sculptural object with a bold and unmistakable identity.

The face is defined by deep expression lines, exposed teeth, and a strained gaze, all of which reinforce the narrative power of the piece. The hands, intentionally oversized and powerful, wrap around the animal’s body and highlight the contrast between human aggression and organic fragility. The chicken is carefully modeled in its feathers, beak, and crest, creating a rich surface texture that works well against the more monumental and muscular treatment of the human figure.

Simone and the Chicken

For full functionality, we recommend downloading the original file.The converted file is intended exclusively for browser preview. In the Original format, the following are fully preserved:✔ native scene structure✔ complete materials without reduction✔ accurate texture maps✔ correct object namesIf you plan to use this model in production, select the Original format.High quality 3D scan of a single realistic pine cone with detailed surface texture and natural color variation. Perfect for nature scenes forest sets or close up renders.

Pine Cone Scan

English: This 3D model captures an archaeological site in the Mixteca Alta region of Oaxaca, Mexico, created using a mobile 3D scanning application. The model preserves visible architectural features, surface textures, and spatial relationships, providing a detailed digital record for research, education, and cultural preservation.

Español: Este modelo 3D captura un sitio arqueológico en la región de la Mixteca Alta, Oaxaca, México, creado utilizando una aplicación móvil de escaneo 3D. El modelo preserva características arquitectónicas visibles, texturas superficiales y relaciones espaciales, ofreciendo un registro digital detallado para la investigación, la educación y la preservación cultural.

RVAP 2026 Mixteca Alta - Area2

This is a highly-detailed 3D model of the moon, created using Blender 3D software. The model features a realistic surface texture that accurately depicts the craters, valleys, and mountains that can be observed on the lunar surface. The model is based on data gathered from various space missions and is suitable for educational, scientific, or artistic purposes.

The model includes a realistic 3D representation of the lunar surface, complete with various features such as impact craters, lava flows, and mountains. The surface texture has been carefully crafted to showcase the unique features of the moon's surface in high detail. The model is suitable for use in educational materials, documentaries, and artistic renderings.

Whether you're a space enthusiast, educator, or artist, this highly-detailed 3D moon model is perfect for your needs. It is compatible with a variety of 3D software and can be easily integrated into your project.

moon

A photogrammetry scanned 3D model of a stone sculpture featuring a young girl standing next to a wolf. The model includes a rectangular stone base detailed weathering and realistic surface textures captured from the scanning process.

Asset Library

About These Assets