Free 8K model of Namaqualand boulders - realistic Karoo sandstone rocks with layered, weathered surfaces, perfect for desert, geological, and landscaping scenes.

Namaqualand Boulder 02

Free 8K model: rough brown boulder from the Karoo, detailed geological rock with weathered facets - perfect for desert scenes and landscaping.

Namaqualand Boulder 03

Free 8K model of a weathered rocky coastline: layered, pebble-strewn shore with algae-stained rock faces and eroded, detailed geological textures.

Coast Line 01

Free 8K rock face model, weathered sandstone cliff with layered strata, moss and lichen patches, rugged fissures and realistic geological detail.

Rock Face 02

Free 8K model of weathered Namaqualand quartz stones, varied Karoo desert rocks from South Africa, realistic, high-detail assets for nature and geological scenes.

Namaqualand Stones 01

Free 8K model, rugged brown Namaqualand boulder from the Karoo with a rough geological surface - perfect for desert scenes.

Namaqualand Boulder 06

Free 8K model: weathered boulder with rugged erosion-worn surfaces and rich earth tones, perfect for realistic landscapes and trail or geological scenes.

Rock 07

Mudeungsan_Entire
</br>
***천연기념물_무등산_주상절리대***

**Mudeungsan_Entire**
It is a prop reproducing the entire of the Columnar Joint in Mudeungsan Mountain.

**Columnar Joint in Mudeungsan Mountain**
It was produced by volcanic activity in the Cretaceous period of the Mesozoic era, formed through the cooling of dacite lava near the surface and subsequent weathering. The thick pillars of stone rising upward and the rocks stretching out almost interminably like a folding screen create an important geological formation of great beauty.

설명출처 : <a href="https://digital.khs.go.kr/"><KOREA HERITAGE SERVICE></a>

Mudeungsan_Entire

Free 8K model of rugged Namaqualand boulders from South Africa's Karoo - brown, rough geological rocks for realistic desert landscaping and nature scenes.

Namaqualand Boulders 01

Free 8K model of quartz-rich Namaqualand rocks (Karoo, South Africa). Realistic desert stones with high-detail geological texture for nature and landscape scenes.

Namaqualand Rocks 01

Pteranodon is a genus of pterosaur that included some of the largest known flying reptiles, with wingspans over 7 meters. They lived during the late Cretaceous geological period of North America in present-day Kansas, Alabama, Nebraska, Wyoming, and South Dakota.

Pteranodon (Animated)

One of the catacombs entries. Convenient entries like this one are pretty rare, and usually locked (being only used by the police and the Geological Inspection Dept (*Inspection Générale des Carrières*).

Most of the catacombs galleries in the *Grand Reseau Nord* are about 60 ft beneath the surface, though there are galleries that run even deeper (down to 90 ft deep).  

Scanned with the iPhone12 Pro and Scaniverse. Please feel free to follow my collections of daily scans ([link](https://skfb.ly/6YuwK)) as well as my scans in San Francisco, Paris, or in the catacombs: [link](https://sketchfab.com/edemaistre/collections)

Paris catacombs - Spiral entrance stairs

Worn out planetary geological survey folding map. Enjoy and don't forget to credit!

**Like my work and want to hire me for your project? Contact me at [kamilbubela@gmail.com](http://)**

Worn Sci-Fi Folding Map

Description:
This model represents TrES-2b, one of the darkest known exoplanets ever discovered. Its surface is depicted as a scorched, volcanic world covered in obsidian terrain and glowing magma fractures, reflecting its extremely low reflectivity and hostile environment. The luminous lava-like veins cut through the planet’s shadowed crust, giving the impression of immense internal heat and constant geological activity. Designed for sci-fi and kaiju-themed settings, this model brings TrES-2b to life as a terrifying and alien world beyond our solar system.

TrES-2b - Planet 3D Model

Ceres – Dwarf Planet 3D Model

This Ceres – Dwarf Planet 3D Model represents the largest object in the asteroid belt and the only dwarf planet located in the inner solar system. Unlike the distant icy worlds of the Kuiper Belt, Ceres is a unique hybrid of rock and ice, featuring a rugged surface shaped by ancient impacts, frozen materials, and geological activity.

Ceres is known for its muted coloration, uneven terrain, and mysterious bright regions caused by reflective salts and ice deposits. These characteristics are reflected in the model through subtle surface variation, natural irregularity, and realistic shading. Its appearance emphasizes the ancient, weathered nature of this small but complex world.

Whether used as a background celestial body or as a primary object in a space scene, this model adds variety, realism, and scientific depth to any cosmic environment.

Ceres – Dwarf Planet 3D Model

Titan – Hazy Atmosphere & Surface Study

This model represents Titan, Saturn’s largest moon, known for its dense atmosphere and chemically rich environment. The surface is depicted with soft, eroded forms inspired by dune fields and icy plains, while a thick, amber-toned haze surrounds the body to reflect Titan’s famously smog-filled atmosphere.

The atmospheric layer is intentionally diffuse, obscuring fine surface detail and emphasizing Titan’s mysterious, low-visibility appearance. Subtle variations in color and roughness suggest methane-rich terrain and frozen organic material, rather than sharp geological features.

This piece focuses on mood and large-scale form over fine detail, aiming to capture Titan’s unique presence as one of the most Earth-like yet alien worlds in the solar system. Optimized for real-time viewing.

Titan - Saturns Moon 3D Model

Io – Volcanic Surface Study

This model depicts Io, one of Jupiter’s Galilean moons and the most volcanically active body in the solar system. Io’s surface is dominated by vast lava plains, volcanic calderas, and sulfur-rich deposits created by intense tidal heating from Jupiter’s gravitational pull.

Bright regions represent sulfur and sulfur dioxide frost, while darker and warmer tones indicate areas of active or recently solidified lava. The striking color variation is a defining feature of Io and reflects its continuously changing surface, which is reshaped by volcanic activity rather than impact cratering.

This visualization emphasizes large-scale geological features and color contrast to convey Io’s extreme and unstable environment. The model is optimized for real-time viewing and focuses on clarity, form, and surface dynamics.

Io - Jupiters Moon 3D Model

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)

**“Obsidian Spectre Rifle”** is the common name for *Tenebrae resonatus*, a covert‑operations instrument developed during the era of silent‑energy research. Its matte black frame wasn’t just aesthetic, it was engineered from a carbon‑shadow composite that absorbed stray photons, allowing the rifle to remain nearly invisible to early optical scanners. The internal pulse chamber produced a low‑frequency resonance that could be tuned for precision disruption rather than destructive force.

Its unexpected purpose emerged in subterranean exploration. Scientists discovered that its resonance pulses could map cavern structures by reading micro‑echo patterns in the rock. What began as a stealth‑field prototype became an indispensable geological tool, remembered today as a bridge between espionage engineering and deep‑earth science.

Obsidian Spectre Rifle - weapon

Collection:  Lansing Community College Collection
Type: Hand Sample
Technique: Revopoint MetroX 3D Scanner
Institution: Michigan Geological Repository for Research and Education, Michigan Geological Survey
Location: Amapa, Brazil
Description:

Pyrolusite and Psilomelane

Collection:  Lansing Community College Collection
Type: Hand Sample
Technique: Revopoint MetroX 3D Scanner
Institution: Michigan Geological Repository for Research and Education, Michigan Geological Survey
Location: Portageville New York
Description:

Whetstone

Collection:  Lansing Community College Collection
Type: Hand Sample
Technique: Revopoint MetroX 3D Scanner
Institution: Michigan Geological Repository for Research and Education, Michigan Geological Survey
Location: Boulder County, Colorado
Description:

Ferberite

Collection:  Lansing Community College Collection
Type: Hand Sample
Technique: Revopoint MetroX 3D Scanner
Institution: Michigan Geological Repository for Research and Education, Michigan Geological Survey
Location: Nelson County, Virginia
Description:

Rutile in Feldspar

Collection:  Lansing Community College Collection
Type: Hand Sample
Technique: Revopoint MetroX 3D Scanner
Institution: Michigan Geological Repository for Research and Education, Michigan Geological Survey
Location: Torrington New South Wales
Description:

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