Free Rock Part of my Rock Pack Vol.3

This is included with a purchase of my rock pack vol.3, check out the collection [Here](https://skfb.ly/6ZzVx) to see all the rocks you will receive, purchasing one rock will receive all 7 in a blend file with materials and textures set up.

Finished another set of rocks learned a lot with this batch, normal maps are much better now and I’ve also included displacement maps with all rocks so detail will hold up when close to the camera.

All models were baked from 25 million faces down to 8,000 and are full 3d models that are watertight.

Includes .OBJ and 4k color, normal, roughness and height maps.

Rock 17 (Free) Rock Pack Vol.3

Free Rock Part of my Rock Pack Vol.2

This is included with a purchase of my rock pack vol.2, check out the collection [Here](https://skfb.ly/6ZzUw) to see all the rocks you will receive, purchasing one rock will receive all 7 in a blend file with materials and textures set up.

Finished another set of rocks learned a lot with this batch, normal maps are much better now and I’ve also included displacement maps with all rocks so detail will hold up when close to the camera.

All models were baked from 25 million faces down to 8,000 and are full 3d models that are watertight.

Includes .OBJ and 4k color, normal, roughness and height maps.

Moss Rock 14 (Free) Rock Pack Vol.2

The Sierra Leone-flagged EDRO III ran aground off Pegeia on 8 December 2011 in heavy seas, during a voyage to Rhodes, from Limassol, Cyprus with a cargo of plasterboard. At the time of the accident, the ship had nine crew members - seven Albanians and two Egyptians. The crew were rescued and airlifted to the safety of Paphos by a local British Military helicopter.

The EDRO III weighs about 2,345 tons and is over 80 meters in length. According to Cyprus Marine Environment Protection Association CMEPA, the ship is empty of all cargo and fuel oil and rests on the sea rocks at an 11-12 degree angle. Embarking on the ship is no longer permitted as it is dangerous. Together with Germany's CIMEXTA Vessel Salvage Company, the task of safe removal of all diesel, hydrocarbons and marine pollutants onboard the vessel, and watertighting the hull was awarded to a Cypriot marine salvage company. This was completed in October 2013.

Shipwreck

NOW ON FAB!

Simple Sci Fi Doorway

Originally made so I could build it as a model in real life for a diorama, but I thought I would offer it for free for other people to use.

Be aware the model is not centred to the grid so would need to do so.  Animations import ok in 3ds max and Blender but I have not tested other programs.
The animations are just basic ones using max.

Individual floor panel scale is 100cm x 100cm
Total height of doorway from base of floor panels.  300mm

4096 textures one unwrap for each element apart from the main doorway which has two unwraps.

Some elements are watertight to allow mesh to be solid from all viewpoints.

SciFi Doorway

A majestic Eagle Wall Statue designed as a high-relief architectural ornament. This 3D model features a powerful, spread-winged eagle motif, perfect for decorating the facades of government buildings, neoclassical libraries, or grand residential entrances.

The sculpt is optimized for both digital environment design and physical fabrication. The flat back makes it an ideal candidate for 3D printing or CNC routing to create physical wall plaques. Whether you are building a virtual city or looking for a centerpiece for a real-world diorama, this eagle offers a sense of authority, strength, and timeless classicism.

Design: Symmetric spread-wing pose with detailed feathering and talons.

Architecture Style: Neoclassical / Beaux-Arts / Art Deco.

3D Print Ready: Watertight mesh with a flat rear surface for easy mounting and bed adhesion.

Use Cases: Architectural visualization (ArchViz), historical recreations, tabletop terrain, and custom furniture accents.

Imperial Eagle Architectural Ornament

## Scanning
The scan took place in two steps: First the top of the lawn mower and then the bottom. For both scans I didn't use any scan spray or similar, just took the scanner and started scanning at 1mm resolution. Since then markerless laser scanning made quite some progress, especially in wired mode where scan speed was increased from 20 FPS to 60 FPS with the latest update. Hopefully this will also transfer to wireless mode in the future. 

## Post-Processing
Processing just consisted of generating the point cloud when finishing the single scans, aligning the scans to each other (I used manual feature alignment since the overlap was quite minimal) and then I meshed the scan with default settings. Only divergence from default was using the semi watertight setting since it delivers a more closed model without too much "artistic freedom" to close holes. The scan was then reduced and aligned in Quicksurface.

Lawnmower - Einstar Rockit (markerless laser)

A powerful 3D bust sculpture designed in the distinct Neoclassical Heroic Realism style, reminiscent of the works of Arno Breker. The model emphasizes idealized masculine features, sharp anatomical definition, and a stoic, authoritative expression. The head is turned slightly, capturing a sense of monumental presence and dynamic stillness.

Finished in a deep, darkened bronze patina, this high-quality asset is ideal for grand architectural settings, historical simulations, or digital art galleries. The base is a traditional tiered pedestal, making the model ready for immediate placement in ArchViz projects or as a high-fidelity prop for 3D printing and physical collectibles.

Artistic Style: Heroic Realism with sharp, idealized facial anatomy.

Material: Dark bronze/oxidized copper texture with subtle specular highlights.

Architecture: Perfect for monumental halls, plazas, or neoclassical interiors.

Technical: Watertight geometry optimized for close-up renders and resin printing.

Neoclassical Male Bust - Arno Breker Style

## Scanning
For scanning I placed the shell on a bed of marker cards and geometries securing it with blue tack against rolling (which actually caused problems...). The scan itself was created in standalone mode with marker tracking and 0.2mm resolution in laser mode. It tool roughly 7min to reach full data quality on the front side. I also captured the back side but supposedly the blue tack deformed which resulted in the scan being unusable... Next time I wull try clay.

## Post-Processing
When finishing the single scans it already creates a point cloud so I only had to mesh it in recommended settings (semi-watertight). Afterwards I used Quicksurface to align the scan to the coordinate system and reduce the triangle count to a manageable 4M triangles.

Trench Art from WW1 - Einscan Rigil

This high-quality 3D prop features a simple, hand-crafted wooden ladder built from rough-hewn timber. Designed with a historical Midwest farm aesthetic in mind, the model showcases realistic signs of age, including dusty surfaces and worn steps from years of use.

Key Features:
Style: Stylized Realism / Historical Frontier.

Details: Deep wood grain textures, weathered edges, and authentic "rough-cut" geometry.
Best For: Farmsteads, barns, western environments, or medieval village scenes.

Remarks:
✅ Printability: Yes
✅ Watertight: Yes
✅ Holes: 0
✅ Non-manifold edges: 0

Hand-Crafted Rustic Farm Ladder_Z

## Scanning
Scan was done in IR mode with 3mm resolution and large mode, Rigil was used standalone. For tracking only feature tracking was used (texture would have helped but the light was dim and flickery (fluorescent tubes be thanked) so no real help...). This created a bit of a challenge when scanning the tar large flat parts of the couch. The persian carpet would have provided enough texture but it couldn't be used for tracking due flickering of the light tubes. Scan itself took roughly 5min.

## Post-Processing
Just point cloud generation and meshing at recommended settings (meshing as semi-watertight) on my workstation (simply faster than on device). After meshing I did a quick texture optimization and alignment within Exscan Rigil.

Seating Area (Upholstery) - Einscan Rigil

## Scanning
Scan was done in IR mode with 1mm resolution and large mode. For tracking only feature tracking was used (texture would have helped but the light was dim and flickery so no real help...). The final result consists of two scans (top and bottom) to capture the whole armchair. Between the scans I had to turn the chair around so I made sure to capture all cushiony parts in the top scan so when they are deformed after turning I already captured them. When having relatively smooth textile without much wrinkles for tracking you can always try

## Post-Processing
Just point cloud generation and meshing at recommended settings (meshing as semi-watertight) on my workstation (simply faster than on device). Alignment was done in Quicksurface as well as reduction or triangle count (from 14M to ~3M).

Armchair (Upholstery) - Einscan Rigil

CL1M13 is a futuristic multi-purpose heavy-duty vehicle concept designed for high-capacity transport and extreme operational environments. The vehicle features a bold, geometric design language with strong armored surfaces and sharp structural edges that emphasize durability, strength, and technological sophistication.

The eight-wheel configuration provides enhanced traction, stability, and load distribution, making it suitable for rough terrain, heavy cargo transportation, and demanding industrial or military applications. The wheel design incorporates intricate turbine-inspired rims that reinforce the futuristic engineering aesthetic while maintaining a powerful mechanical presence.

Important: the model is not guaranteed to be printable straight away — it contains thin panels, separate parts, and non-watertight geometry typical of hard-surface render assets.

CL1M13 – Multi-Purpose Heavy Duty Vehicle

CL1M09 is a futuristic heavy-duty truck concept designed with a sleek aerodynamic cabin and a minimalist industrial aesthetic. The model features a compact tractor unit with integrated LED lighting, stylized wheel covers, and a smooth chassis flow that connects seamlessly to the trailer system.

The design focuses on modern logistics vehicles, emphasizing efficiency, modularity, and a strong futuristic identity. Clean surfaces, subtle panel lines, and detailed wheels create a balanced combination of realism and concept design.

This 3D model is suitable for visualization projects, concept design portfolios, automotive renders, animation scenes, or real-time environments.

Important: the model is not guaranteed to be printable straight away — it contains thin panels, separate parts, and non-watertight geometry typical of hard-surface render assets.

CL1M09 - Futuristic Heavy-duty Truck Concept

# Crystal Goblet

High-quality AI-generated 3D model with professional post-processing.

## What's Included
- **High-poly model** (20,000 faces) — Maximum detail
- **Mid-poly model** (20,000 faces) — Game engine ready
- **Low-poly model** (20,000 faces) — Mobile / LOD
- **3D Print STL** — Watertight, manifold, ready to slice

## Textures (PBR)
- Albedo / Base Color (4K, 2K, 1K)
- Normal Map (4K, 2K, 1K)
- Roughness Map (4K, 2K, 1K)
- Ambient Occlusion (4K, 2K, 1K)

## Formats
- FBX (Unity, Unreal, Maya, 3ds Max)
- GLB (Web, Three.js, Godot, Blender)
- STL (3D Printing)

## Features
- Clean topology (decimated from high-poly scan)
- Professional UV unwrap with consistent texel density
- Auto-smooth shading with marked sharp edges
- Multiple LOD levels included
- 3D print ready (watertight manifold mesh)
- Commercial license included

## Preview
Turntable video and wireframe preview included in the download.

Crystal Goblet — 3D Model | Game Ready | PBR Tex

CL1M04 is a compact, modular urban pod concept designed for visualization, prototyping and 3D printing. Its smooth, sculptural bodywork, panoramic black canopy and recessed wheel pods give it a friendly yet futuristic character — perfect as a concept display model, desktop toy, or scale printable vehicle.

Key features - 

Minimal, flowing body panels with integrated wheel arches and panoramic canopy.
Three independent wheel pods (three axles) for an eye-catching silhouette.
Stylized ventilation/graphic accents and recessed headlight/taillight pockets.
Clean topology intended for visualization; easily exported to PBR-ready formats

Important: the model is not guaranteed to be printable straight away — it contains thin panels, separate parts, and non-watertight geometry typical of hard-surface render assets.

CL1M04 - Modular Pod Car

# War Drum

High-quality AI-generated 3D model with professional post-processing.

## What's Included
- **High-poly model** (19,999 faces) — Maximum detail
- **Mid-poly model** (19,999 faces) — Game engine ready
- **Low-poly model** (19,999 faces) — Mobile / LOD
- **3D Print STL** — Watertight, manifold, ready to slice

## Textures (PBR)
- Albedo / Base Color (4K, 2K, 1K)
- Normal Map (4K, 2K, 1K)
- Roughness Map (4K, 2K, 1K)
- Ambient Occlusion (4K, 2K, 1K)

## Formats
- FBX (Unity, Unreal, Maya, 3ds Max)
- GLB (Web, Three.js, Godot, Blender)
- STL (3D Printing)

## Features
- Clean topology (decimated from high-poly scan)
- Professional UV unwrap with consistent texel density
- Auto-smooth shading with marked sharp edges
- Multiple LOD levels included
- 3D print ready (watertight manifold mesh)
- Commercial license included

## Preview
Turntable video and wireframe preview included in the download.

War Drum — 3D Model | Game Ready | PBR Textures

LOKA 02: Bhuvar (Atmospheric Plane) is the V2 “cable-relief” disc of the LOKA series, encoding Kolam threshold geometry as thick ritual cords over a nearly flat floor. 

The pattern is generated from analytic symmetric rose-curve weaving on a pulli grid (rigorous C₄ symmetry): a central mandala, 7 concentric weave rings, 24 weave bridges, and an outer border garland. 

V2 amplifies the textile logic into sculpture: cable width 2.5× (0.050R) with a cos² profile, ring height boosted to 1.80, a near-flat base floor (0.02), and pulli dots rendered as hemispheric bumps (h=0.80). 

Hopf streamline grain and deep groove shadowing add “stone + cord” realism.

Mesh: 57,170 verts / 114,336 faces, closed orientable manifold (χ=2, watertight). 

Z range [−0.219, 1.872], surface area 205.23, unique colors 18,502. 

Seed [36,6,6,16], β*=16.0, triple (255,32,257), V₄D=1196.

Generated by PAPP Framework

Loka 02 — Bhuvar Kolam V2 | PAPP

Viśuddha (Throat Chakra) is Disc #05 of the PAPP Chakra Series: a Metatron-Loka style terraced ridge sculpture generated entirely by mathematics (line-distance Gaussian ridges → weighted heightfield → seam subtraction → 14-step terracing) and sealed as a watertight closed manifold (χ=2). 

The geometry encodes the classical yantra: a full-moon circle (“white like the full moon”) containing a sky-blue downward triangle, surrounded by a 16-petal lotus (16 vowels). Extra ether motifs include a Sadāśiva pentagon and 32 crescent segments, plus space-like ripple waves and Hopf shimmer from the full PAPP 6-stage pipeline (φ-RG κ=φ⁻⁴ → CF → Pythagorean triple → S³ → Hopf → stereographic).

Mesh: 57,170 verts / 114,336 faces; Z range −0.218 → 1.690; unique colors 28,986. 

Seed [64,16,8,16], β*≈135.448, triple (18221,540,18229). 

Element: Ākāśa (Aether/Space) · Bīja: Haṃ.

Generated by PAPP Framework

Chakra 05 — Viśuddha (Throat) | PAPP

WAGARA 03 (V3) encodes a Japanese pattern morph: Kikkō (亀甲) tortoiseshell hex lattice at the core continuously transforms into Shippō (七宝) interlocking circles toward the outer ring. 

The transition preserves the shared circle-based “DNA”: Bishamon-Kikkō depth illusion (3 rotational hex subsets) blends into Shippō-Tsunagi vesica-piscis peaks at circle intersections. 

Geometry is generated through the PAPP 6-stage pipeline (φ-RG → continued fraction → Pythagorean triple → S³ sampling → Hopf fibration → stereographic field), then mapped onto a full 360° sphere via dual Lambert azimuthal equal-area projection with a smooth ±15° equatorial blend.

Mesh: 57,122 verts / 114,240 faces, closed orientable manifold (χ=2, watertight), base radius 3.0, R₃d range [3.000, 3.900], max displacement 0.848, surface area 338.0, 100% outward orientation. 

Seed [3, 6, 120, 16], β*=36.25, (p,q)=(4,36), triple (1280,288,1312), V₄D=6335. 

Unique colors: 8,153.

Generated by PAPP Frameworj

WAGARA 03 — Kikkō ⇄ Shippō Sphere | PAPP

# Wooden Cart Wheel

High-quality AI-generated 3D model with professional post-processing.

## What's Included
- **High-poly model** (20,000 faces) — Maximum detail
- **Mid-poly model** (20,000 faces) — Game engine ready
- **Low-poly model** (20,000 faces) — Mobile / LOD
- **3D Print STL** — Watertight, manifold, ready to slice

## Textures (PBR)
- Albedo / Base Color (4K, 2K, 1K)
- Normal Map (4K, 2K, 1K)
- Roughness Map (4K, 2K, 1K)
- Ambient Occlusion (4K, 2K, 1K)

## Formats
- FBX (Unity, Unreal, Maya, 3ds Max)
- GLB (Web, Three.js, Godot, Blender)
- STL (3D Printing)

## Features
- Clean topology (decimated from high-poly scan)
- Professional UV unwrap with consistent texel density
- Auto-smooth shading with marked sharp edges
- Multiple LOD levels included
- 3D print ready (watertight manifold mesh)
- Commercial license included

## Preview
Turntable video and wireframe preview included in the download.

Wooden Cart Wheel — 3D Model | Game Ready | PBR

CL1M03 is a sleek autonomous multipurpose truck designed for visualization and real-time presentation. Rendered with PBR materials and clean topology, this upload includes GLB/FBX previews optimized for Sketchfab’s realtime viewer. Perfect for product demos, concept galleries, and AR/VR scenes — CL1M03 features modular pod mounting, exposed wheel hubs, stylized LED lighting, and realistic rim/brake details. Included: textured GLB (PBR), FBX, and a thumbnail-ready 4K render. Keywords: autonomous vehicle, multipurpose truck, concept vehicle, PBR, AR/VR.

Important: the model is not guaranteed to be printable straight away — it contains thin panels, separate parts, and non-watertight geometry typical of hard-surface render assets.

CL1M03 - Autonomous Multipurpose Truck

A sleek futuristic compact SUV 3D model with a bold custom body design, glossy metallic brown finish, black roof, sporty rims, and modern LED-inspired detailing. The model has a premium cyber-style aesthetic with clean proportions, aggressive front styling, and a unique concept-car look, making it suitable for automotive showcases, visualization, games, and concept presentations.

Important: the model is not guaranteed to be printable straight away — it contains thin panels, separate parts, and non-watertight geometry typical of hard-surface render assets.

CL1M15 - Futuristic Compact SUV

Arbor Paradise V1 is a high-density hybrid relief generated through the PAPP pipeline. 

At its core is a sixfold arborized blossom-tree nucleus, surrounded by an annular Asanoha lattice, LI-style branching flow channels, and an outer sacred crown of belts, gates, and petals. 

The object is built as a closed watertight manifold mesh (144,050 vertices / 288,096 faces, Euler characteristic 2), so it reads as a coherent sculptural body rather than a flat ornament. 

Visually it feels like a garden-plan, mandala, and carved topographic seal fused together: rigid hexagonal order in the center, fluid tributary logic in the middle, and ceremonial floral geometry at the perimeter. 

A 4D-derived PAPP seed drives the internal field structure, giving the piece both ornamental symmetry and underlying mathematical coherence.

Generated by PAPP Framework.

Arbor Paradise v1 | PAPP

The CL1M07 concept reimagines classic automotive character for today’s urban explorer. Its sculpted bonnet and circular headlights pay homage to heritage design while the low, horizontal grille and precision LED elements give it a contemporary, technical edge. The body uses a deep metallic emerald finish contrasted by a brushed-metal roof surround and matte black wheel arches for a two-tone, layered look. Large, geometric alloy wheels and exposed brake hardware suggest performance; the recessed rear cargo bay and vertical X-pattern taillights add personality and practicality. Overall the design balances nostalgia and modernity — ideal for brand concepts, lifestyle campaigns, or limited-run boutique SUVs.

Important: the model is not guaranteed to be printable straight away — it contains thin panels, separate parts, and non-watertight geometry typical of hard-surface render assets

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