This is a free fan resource of the Venator Star Destroyer corridor inspired by The Clone Wars. 

This Prefab comes with a preview to see what you can create with these peices I have suppied.

Note for Unreal Engine Users
For some reason I do not know why Unreal Engine has these textures as super reflective. If you come across this problem I would recommend increasing the brightness of the roughness maps to 3.0 for the floor and 4.2 for the wall textures etc. 

Btw I would also love to hear back from projects my work has been used on.

Star Wars: The Clone Wars: Venator Prefab

Free 4K model of a worn glass incandescent bulb: globe with visible coil filament, metal screw base, realistic scratches, smudges and reflective surface.

Lightbulb 01

Print Preview:
![](https://puu.sh/jqt3y/25967d26d1.jpg)

The statue of Edward Snowden, called by its creators Prison Ship Martyrs' Monument 2.0, was an ephemeral, illegally-installed public statue of Edward Snowden, an American whistleblower who leaked classified information from the National Security Agency (NSA) and was charged with federal crimes as a result. The bronze-like statue was placed in Fort Greene Park in Fort Greene, Brooklyn, New York City, on April 6, 2015. It was attached to a Doric column on the perimeter of the park's Prison Ship Martyrs' Monument, a memorial and which honors more than 11,500 American prisoners of war who died in the American Revolution.

The statue was mounted by three anonymous artists and their helpers, who were dressed in white helmets and reflective vests of Parks Department workers, early in the morning of April 6, then covered and taken down by NYC Parks officials later that day. 

http://goo.gl/DM7P2H

Bust: https://skfb.ly/Es6I
Column: https://skfb.ly/BUuZ

Edward Snowden At Fort Greene Park

The interior and partial exterior of the round of Temple Church, London.

The church was built by the Knights Templar and consecrated in 1185. This section is the round at the western end of the church and on the floor can be seen the 14th-century stone effigies. Above is the circular triforium with tiled floor.

https://en.wikipedia.org/wiki/Temple_Church
https://www.templechurch.com/

3981 photos taken in January (exterior) and June (interior) 2022 with a Sony a7R III and processed in Reality Capture (exterior) and Agisoft Metashape (interior).
The main pillars are quite noisy/messy because they are wrapped with glass/reflective information boards and did not capture well.

Temple Church Round

Scanned by [EinScan HX](https://www.einscan.com/handheld-3d-scanner/einscan-hx/), a popular device in the automotive industry due to its portability and high accuracy. The laser light of the HX can easily and accurately scan even reflective and dark surfaces, making it a good choice for scanning car surfaces, which are often reflective.

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Car Door

This unlucky BMW Series 3 E36 car, actually suffered two accidents. Besides the nasty, physical road traffic collision, the photogrammetric alignment produced a poor virtual result due to the high reflectiveness of the vehicle's body and windows.

Car accident

The Clear Coat channel simulates the effect of a thin reflective layer on top of a surface. A common use case is the transparent coating on top of car paint. It can also be used for things like varnish on wooden furniture, wet surfaces, or anything that benefits from having multiple layers. Learn about this and other viewer features in our [Help Center](https://help.sketchfab.com/hc/en-us/articles/204429595-Materials-PBR-#clear-coat).

*Original model ‘[Hover Bike](https://sketchfab.com/models/421de5857e8c43f1b865d1f4d69fe708)‘ published by Adipriatna under a Creative Commons Attribution license.*

Real-time Material Demo: Clear Coat

Scanned in just 25 minutes with the metrology-grade laser scanner Artec Point, the transmission's fine elements are all captured in this high-res 3D replica. The complex combination of components, from the gear sets to the shifting mechanism, is vividly displayed. 

Despite the transmission's shiny and reflective metallic cast and challenging surface roughness, Artec Point's advanced scanning technology captured all of it. The resulting point cloud was optimized for precision, even with a 0.2mm resolution. For future scans of similarly sized objects, we recommend a resolution of at least 0.4mm to reduce processing time.

This model is ideal for reverse engineering, quality inspection, industrial design, rapid prototyping, and beyond. Zoom in and rotate to take a closer look and experience the power of Artec Point's ultra high-resolution scanning technology.

Scanning time: 25 minutes | Processing time: 2 hours

Transmission

Bumper deleted Lamborghini Gallardo LP-560/4 Spyder with custom wheels made using Blender. Bumper delete cause I think it looks cool, also added a big spoiler. 
The interior has low level detail and the exterior has mid level detail.

The material names might be really confusing since I just made random materials at times, my bad. Here's how to decode the names,
- Anything with refl/relf is probably for reflections so can be made really reflective.
- I made a bunch of materials for the backlight including individual reflection for the red part and white part, ignore that since all that can be assigned to one material.
- Annything with glass is glass, and there's separate material for the front glass and glass.001 is the material for the border around the windscreen.
- Lack1 is the paint of the main body and Body is the paint of the spoiler. I know. 
- Shaders named emission are for emissions.

Total poly count - 524,361

Lamborghini Gallardo LP-560/4 Spyder

VAZ-2108 made in the USSR, 1.5 l, 1988 year of manufacture. the model has an average of 30,000 polygons, a well-developed interior and engine compartment, textures in resolution from 512x512 to 2048x2048, depending on the size of the mesh, basically it's still 1024x1024 textures.
in more detail: 
the cabin has a large number of details, such as bottles, boxes, a backpack and a reflective vest. in the engine compartment, everything is made taking into account the original drawings of the VAZ plant, there is an engine, a front-wheel drive gearbox, suspension, steering and many other small details. there is an additional trunk on the roof, as well as the main trunk is also worked out. the frame itself has a bit of rust on the bottom and dirt all over the body to give the charm of an old used car, and the front right wing has been replaced with a similar, but different color

VAZ-2108

Earth – High-Detail 3D Planet Model

This 3D model represents Earth, our home planet and the only known world to support life. Featuring vast oceans, dynamic cloud formations, and diverse landmasses, Earth is a symbol of beauty, balance, and resilience in the vastness of space.

Designed with a realistic and cinematic presentation, this model captures the planet’s vibrant atmosphere, reflective oceans, and natural color variations. It is ideal for space visualizations, educational projects, cinematic scenes, and sci-fi environments.

Optimized for real-time performance while maintaining strong visual fidelity, this asset is suitable for games, VR experiences, simulations, and interactive applications.

Earth: Our Home Planet

Model from BeamNG.drive mod (Unsure of creator)
The Top Gear Geoff Electric Car is a deliberately shoddy, home‑built experimental EV created by Jeremy Clarkson, Richard Hammond, and James May as a comedic rival to the G‑Wiz in Series 14, Episode 2 of Top Gear. Improvised from a milk float chassis, scrap body panels, and an electric motor powered by two scavenged batteries, it was designed as much to mock early eco‑cars as to test the trio’s ability to “save the planet” with their own zero‑emissions vehicle.
Geoff’s  is a tall, boxy, almost Jeep‑like shape clad in flat aluminium sheet, with crude panel gaps, awkward proportions, and minimal attention to aerodynamics or comfort. Its reflective metal body gives it a harsh, unfinished look, while the cramped, upright cabin forced the team to literally bolt on a raised “roof box” so Hammond could sit inside without hitting his head. There is almost no ventilation, little sound insulation, and the interir feels more like a hastily built shed than a finished car.

Top Gear Geoff Electric Car

🪐 Haumea – Dwarf Planet 3D Model

This Haumea – Dwarf Planet 3D Model represents one of the most unique dwarf planets in the solar system, known for its elongated, fast-spinning shape and bright icy surface. Unlike most spherical celestial bodies, Haumea’s extreme rotation has stretched it into an oval, football-like form, giving it a distinct and instantly recognizable silhouette.

Located in the Kuiper Belt, Haumea is covered in reflective ice and frozen materials, giving it a pale, luminous appearance when illuminated. This model captures that cold, distant nature through its smooth yet irregular form, subtle surface variation, and clean, icy tones. Its unusual shape and bright surface make it stand out strongly among traditional planetary models.

Whether used as a background object or a main focal point, this model adds visual uniqueness, scientific interest, and cosmic variety to any space-themed environment.

Haumea - Dwarf Planet 3D Model

🪐 Eris – Dwarf Planet 3D Model

This Eris – Dwarf Planet 3D Model represents one of the most distant and massive known dwarf planets in our solar system. Located far beyond Pluto, Eris is an extremely cold and reflective world, dominated by frozen surfaces and a harsh, icy environment. This model captures that remote and isolated nature through its pale coloration, subtle surface variation, and smooth yet rugged terrain.

Eris is known for its high reflectivity and frozen composition, which gives it a bright, almost glassy appearance when illuminated. These traits are reflected in the model’s shading and surface design, creating a realistic and cinematic representation of a deep-space object untouched by warmth or atmosphere. Its form emphasizes the quiet, ancient, and distant presence of this trans-Neptunian world.

Whether used as a background celestial body or a primary focal point, this model adds a sense of scale, coldness, and cosmic realism to any space-themed scene.

Eris – Dwarf Planet 3D Model

🪐 Haumea – Dwarf Planet 3D Model V2

This 2nd Version of Haumea – Dwarf Planet 3D Model represents one of the most unique dwarf planets in the solar system, known for its elongated, fast-spinning shape and bright icy surface. Unlike most spherical celestial bodies, Haumea’s extreme rotation has stretched it into an oval, football-like form, giving it a distinct and instantly recognizable silhouette.

Located in the Kuiper Belt, Haumea is covered in reflective ice and frozen materials, giving it a pale, luminous appearance when illuminated. This model captures that cold, distant nature through its smooth yet irregular form, subtle surface variation, and clean, icy tones. Its unusual shape and bright surface make it stand out strongly among traditional planetary models.

Whether used as a background object or a main focal point, this model adds visual uniqueness, scientific interest, and cosmic variety to any space-themed environment.

Haumea - Dwarf Planet 3D Model 2nd Version

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

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)

**The Koenigsegg Jesko: Singularity Edition is the ultimate expression of Aerodynamic Minimalism. Designed to be the fastest production car ever conceived, this spec strips away the aggressive wings of the track version in favor of a "Streamline-Protocol" body. It is a land-based fighter jet reimagined for the Void-Tech era.

The chassis is finished in Deep Void Black (#050505) with a ultra-low 0.05 Roughness piano-gloss. This creates a surface so reflective that the car’s physical boundaries seem to disappear, leaving only the "Shark Fin" stabilizers to cut through the air. The "System-Active" identity is defined by precision Soft Lavender (#E6E6FA) pinstripes that trace the hyper-efficient airflow paths along the front splitter and side skirts.**

Koenigsegg Jesko: Singularity Edition

Ophanim (Biblically Accurate Angel) – 3D Model
A stylized 3D interpretation of an Ophanim, inspired by descriptions of celestial “wheels within wheels” covered in eyes. This model features a ring structure lined with repeating eyes and a central all-seeing core, creating a powerful and otherworldly presence.

Designed with reflective materials and exaggerated eye details, it captures a balance between divine and unsettling. Optimized for real-time rendering and suitable for use in games, scenes, or visual projects.

Ophan - Biblically Accurate Angel

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)

Photogrammetry reconstruction of The Three Fates Fountain located in St Stephen’s Green, Dublin.
The model was captured using image-based reconstruction and processed in RealityScan, followed by geometry cleanup, mesh optimization, and alignment in Blender.

Due to reconstruction issues with reflective water surfaces, an additional scan was used to replace and refine the fountain water geometry before final merging and decimation.

This model was produced as part of a virtual field trip assignment demonstrating capture, reconstruction, mesh editing, optimization, and real-time deployment preparation for Sketchfab and Unity.

Real world location: https://maps.app.goo.gl/NfVJbsk41FCtvFFFA

Three Fates Fountain

This model was generated using Meshy, an AI-powered 3D creation toolkit. Meshy helps creators turn ideas into high-quality 3D models with ease.

🐙 Cinematic / Stylized Ocean Showcase

This 3D model captures the mesmerizing form of the Giant Pacific Octopus, reimagined with a bold, stylized aesthetic. Featuring smooth, reflective surfaces and vibrant lighting, the model emphasizes the creature’s iconic silhouette—its rounded mantle, expressive eyes, and flowing tentacles lined with detailed suckers.

Inspired by the natural elegance of one of the ocean’s most intelligent species, this version leans into a more artistic interpretation, making it ideal for cinematic renders, abstract visuals, or creative projects. The dynamic pose and curling arms give the model a strong sense of motion and presence.

Whether used in stylized underwater scenes, experimental lighting setups, or digital art showcases, this model stands out as a visually striking and modern take on a legendary marine animal.

Giant Pacific Octopus

A classic flying saucer UFO created in Blender as a hard-surface modeling practice project.

The design is inspired by retro sci-fi spacecraft with a modern polished metallic finish. The model features a central glass dome cockpit, evenly distributed perimeter light modules, and a glowing propulsion ring on the underside.

The goal of this project was to focus on clean topology, symmetrical hard-surface modeling, and simple sci-fi material creation. The asset was designed with a strong silhouette and clear panel structure suitable for real-time visualization and portfolio presentation.

Key Features:
• Classic flying saucer silhouette
• Central reflective dome cockpit
• Circular light modules around the hull
• Underside propulsion ring design
• Clean hard-surface topology

Software Used:
Blender 4.4

This project was created as part of my exploration into sci-fi vehicle design and hard-surface modeling workflows.

Asset Library

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