This large-scale  horizontal and vertical planing machine, also known as 'wallcreeper', was used to accurately create flat surfaces on large pieces of metal. It could plane both horizontal and vertical surfaces without altering the setting of the workplace. 

Manufacturers did a roaring trade when shipbuilders and associated companies placed orders. These machines, however, were built to last. This machine for example, was used in  Renfrew maintenance works of the Clyde Navigation Trust from 1906 until 1984, which shows how reliable such tools were. 

Scottish manufacturers such as Thomas Shanks & Co. produced machine tools for companies worldwide. The scale of Scottish production was huge, and the development of machine tools made the large-scale manufacture of iron and steel ships possible. 




The 3D model was created as a part of ‘Scanning The Horizon’ 3D Digitisation Project.

Horizontal and Vertical Planing Machine

This is my first large-scale job, in which I completed all stages from draft to textures.
Photo of a 1930s Lincoln was used to create the model.

Retro Car

Earth – Real Satellite Texture Model

This model represents Earth using real satellite-based texture data, showing the planet’s continents, oceans, and large-scale surface patterns as viewed from space. The texture emphasizes natural color variation across land and sea, providing a recognizable and realistic global appearance.

A subtle normal map is used to suggest broad terrain features without exaggerating surface relief, keeping the planet’s silhouette smooth and accurate at orbital scale. Lighting is used to define the day–night boundary and highlight the spherical form rather than simulate atmospheric or artificial illumination effects.

The focus of this model is on clarity and realism through authentic texture mapping, making it suitable for educational visualization, space scenes, and real-time rendering.

Earth - Our Home Planet - Satellite Textures

Iapetus – Two-Tone Surface Study

This model represents Iapetus, one of Saturn’s major moons, known for its striking two-tone appearance. One hemisphere is covered by Cassini Regio, a dark, carbon-rich region that contrasts sharply with the moon’s brighter, ice-dominated terrain on the opposite side.

The surface is depicted with subtle irregularities and gentle relief, emphasizing large-scale form rather than fine detail. The dramatic contrast between the dark and light regions is the defining feature of Iapetus and is believed to result from thermal processes and material redistribution over time.

This visualization focuses on clarity, lighting, and contrast to highlight Iapetus’s unique appearance. The model is optimized for real-time viewing and is intended as a stylized yet scientifically grounded representation of this unusual Saturnian moon.

Lapetus - Saturns Moon 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

A large-scale abyssal whale creature sculpted in ZBrush.

Designed as a deep sea leviathan, this model also works at smaller scales easily transforming into an alien fish-like creature depending on use.

This flexibility makes it suitable for a variety of applications, including games, cinematics, and creature design studies.

Features:
High-detail organic sculpt
Strong silhouette for large-scale creatures
Scalable design (Leviathan → Alien creature)

Let me know what you think and how you use it!

Abyssal Whale Creature

A collection of 100 unique rock assets created for environment building!

This pack is designed for flexibility, suitable for cliffs, terrain dressing, and large-scale environment generation.

Assets vary in ,size, shape, and detial allowing for easy reuse and modular level design.

Features:
100 unique rock meshes
Designed for modular environment building
Strong silhouettes for natural variation
Suitable for games, cinematics, and world-building

Ideal for quickly populating landscapes or building detailed terrain systems.

Let me know how you use these in your projects!

100 Natural and Stylized Rock MegaPack

Description: A detailed, life-sized metal sculpture of an antique-style bicycle finished in a weathered, rust-brown tone. The piece is mounted on a circular concrete pedestal, enclosed by a low black metal fence. The sculpture features intricate details such as thin wheel spokes, curved handlebars with a vintage headlight, and a classic frame design. The scene is set outdoors against a clear blue sky, with a modern paved road and contemporary architecture in the background. A sharp, high-contrast shadow of the bicycle is cast onto the base by the bright sunlight.

Large-Scale Vintage Bicycle Sculpture

Atlantis V2 is a large-scale PAPP high-relief disc built as a Metatron Loka-style terraced ridge sculpture. 
The object encodes the concentric city of Poseidon through a dense radial architecture: 7 ring boundaries, 4 cardinal bridges, Poseidon’s trident, 12 family portal arches, the Protiktah/Chakana stepped cross, a central pyramid with twin obelisks, a caduceus-like double helix, 7 sacred rays, 24 orichalcum flame petals, 12 fortification towers, and 24 water-memory ripples. 
Generated from seed [169, 13, 12, 33], the mesh targets ~144,050 vertices and ~288,048 faces with Euler characteristic χ=2. 
The color system blends orichalcum gold, deep ocean blues, bronze, tin-grey, cyan, violet and ROYGBIV accents into a layered land/water city relief.

Generated by PAPP Framework.

Atlantis_V2 | PAPP

This 3D model represents a detailed and realistic stadium seating arrangement designed for sports arenas, event venues, and large-scale environments. The model features tiered seating sections with accurate spacing, alignment, and curvature to replicate real-world stadium architecture.

It includes multiple rows of seats organized in a structured layout, ensuring optimal visibility and crowd capacity simulation. The design reflects typical stadium configurations with aisles, stairways, and sectional divisions for easy navigation and accessibility.

The model is optimized for use in games, animations, architectural visualization, and virtual simulations. It maintains a clean topology and efficient polygon count, making it suitable for both high-quality renders and real-time applications.

This seating arrangement can be easily integrated into larger stadium environments and customized with materials, textures, and lighting to match different scenarios such as football, cricket, or concert venues.

Seating

⚙️ Modular Industrial Damaged Stacked Crate Terrain – Battle-Damaged Storage Cluster & Cover (28–32mm) ⚙️ Create dense, war-torn environments with this modular damaged stacked crate cluster, designed for sci-fi tabletop terrain, DND miniatures, and tabletop RPG gameplay. If your terrain feels too clean or lacks depth, this model solves that by adding large-scale destruction, vertical structure, and realistic industrial wreckage. ⸻ 🎯 PERFECT FOR • Sci-fi tabletop terrain builds • DND miniatures and tabletop RPG encounters • Wargaming battlefields and warzones • Industrial ruins and abandoned facilities • Storage yards and destroyed cargo zones • Diorama builds with narrative storytelling ⸻ 📦 WHAT YOU GET • Damaged stacked crate cluster model • Pre-arranged multi-crate formation with structural damage • Scaled for 28–32mm miniatures • Designed for repeat placement across terrain builds This model represents a collapsed or battle-damaged storage stack, ideal for creating realistic industrial environments and war-torn scenes. ⸻ 🔥 WHY THIS MODEL • Creates instant large-scale cover and line-of-sight blockers • Adds height and structure to your terrain • Builds believable destruction and environmental storytelling • Designed as part of a modular industrial terrain system • Strong, readable damage optimized for FDM printing ⸻ 🧠 WHAT PROBLEM THIS SOLVES Flat or clean terrain lacks impact and realism. This model gives you:• scale • destruction • visual weight So your terrain feels like a real industrial battlefield instead of scattered props. ⸻ 🚀 BUILD A FULL SYSTEM Combine this with: • Clean crate systems and storage packs • Stacked crate clusters (clean versions) • Damaged barrels and wreckage terrain • Industrial bundles and terrain systems Mix clean + damaged elements to create full narrative environments with contrast and depth. ⸻ 🔧 IRON SECTOR STUDIOS Part of a modular industrial terrain system designed for scalable, connected environments. Build the system. Then break it. ⸻ 📜 LICENSE Personal use only ✔ Print for personal tabletop gaming ❌ Do not sell or redistribute files

Modular Industrial Damaged Stacked Crate Terrain for Sci-Fi Tabletop DND Miniatures & Tabletop RPG (28–32mm)

Elevate your interior decor with this stunning Geometric Spiral Vase. Featuring a sophisticated honeycomb texture and a modern spiral silhouette, this model is specifically engineered for high-quality 3D printing. The design ensures maximum stability with a weighted base and is optimized for support-free printing, making it an ideal project for both beginners and pros. This versatile model is perfect for FDM printers using PLA, PETG, or specialty matte filaments to achieve that elegant emerald look, and it also performs beautifully on large-scale Resin printers. Use it as a standalone art piece or a functional dry flower holder. Print Settings Recommendations: - Layer Height: 0.15mm - 0.25mm - Perimeters: 2-3 for strength - Infill: 10-15% (or use 'Vase Mode' for a decorative version) - Supports: None required - Material: FDM (PLA/PETG) or Resin

Geometric Spiral Honeycomb Vase - No Supports

This project is a fan-made 3D recreation inspired by the stage design of WrestleMania 37, one of the biggest annual professional wrestling events organized by WWE.

The stage was modeled in Autodesk Maya with the goal of capturing the large-scale spectacle and themed environment of a WrestleMania arena entrance stage.

The design takes inspiration from the pirate-themed stage concept used at WrestleMania 37, featuring elements such as a large entrance structure, LED display areas, stage platforms, and a long entrance ramp designed for wrestler entrances during the event.

This project focuses on 3D environment creation and live event stage design, demonstrating how large arena stages can be built and visualized in a real-time 3D environment.

🔧 Software Used
Autodesk Maya – modeling and scene layout
📦 File Format
FBX
🎯 Possible Uses :
Game environment design
Virtual arena scenes
Event stage visualization
Sports entertainment environments
Virtual production projects
3D artist portfolio work

WrestleMania 37 Remastered Stage Design

This is a detailed 3D recreation of a professional wrestling event stage inspired by WrestleMania 40, modeled and designed in Autodesk Maya.

The model focuses on capturing the large-scale spectacle and arena atmosphere associated with major wrestling events such as WrestleMania 40 organized by WWE.

The stage features a large LED entrance screen, ramp layout, truss structures, lighting placements, and arena-style staging elements designed to replicate the grand entrance environment used by professional wrestling superstars.

This project was created as a 3D environment design practice focusing on:

Stage architecture
Arena-scale proportions
Event production design
Realistic stage layout for live sports entertainment
The model is exported in FBX format, making it suitable for:

Game engines
Virtual production
Event visualization
3D scene development
Real-time rendering pipelines

🔧 Software Used
Autodesk Maya – Modeling & scene layout

📦 File Format
FBX

🎯 Use Cases :

Game environments
Virtual arena scene

WWE WrestleMania XL Stage Design

Godzilla Minus One

A highly detailed recreation inspired by Godzilla Minus One, featuring a brutal, scarred design that reflects raw destruction and nuclear fury. This model includes jagged dorsal spines, realistic scale texturing, and a menacing posture true to the film’s portrayal of Godzilla as a living catastrophe. Perfect for kaiju games, cinematic scenes, and large-scale battles, this model emphasizes power, weight, and intimidation.

Designed for immersive gameplay and dramatic visuals, this Minus One variant represents Godzilla at his most terrifying — a force of nature born from devastation.

THE MODEL IS NOT MINE

Godzilla Minus One

Modern cartoon-style shopping mall designed for games, animation, and virtual environments. This model features a clean and colorful low poly aesthetic, making it perfect for stylized projects with optimized performance.

The building is carefully modeled to maintain a balance between visual appeal and efficiency, suitable for mobile, indie games, or large-scale environments.

Specifications
Style: Low Poly / Cartoon
Building Type: Shopping Mall
Size: ± 40m x 40m x 30m (can be adjusted)
Optimized topology (game-ready)
Clean geometry & efficient mesh
Suitable for real-time rendering
Perfect For
Game development (Unity, Unreal Engine)
Animation projects
Virtual worlds / metaverse
Simulation environments
 Features
Bright and stylized cartoon design
Lightweight & optimized for performance
Easy to customize and re-texture
Clean UV mapping

Low_poly_mall_game

Purpose-built football stadium, home to Arsenal FC and some large-scale, close-season pop concerts.

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