A quick experiment (edit: now a WIP for the [mechanimal challenge](https://blog.sketchfab.com/sketchfab-3d-modeling-challenge-mechanical-animals/) I just discovered!) with hard-surface, and I still have a long way to go !

This model is (more than) based on ["The Timber Beneath"](http://www.scoobasteve.co.nz/2013/01/the-timber-beneath.html), a wonderful sculpture by **Stephen Lambert**.

The different "organs" as well as textures were just randomly thrown around, but with some more practicing, I definitely think I'll start enjoying this style and find a nice designing/modeling/texturing workflow, to hopefully design original models some day.

Also, none of the mechanisms make any "mechanical sense", which is why I did not animate the model. As before, that could change with some more attention brought to details, and a little bit of thinking before acting :D

![](http://3.bp.blogspot.com/-lw3hJS-2rVk/UQEH9xQEHQI/AAAAAAAAAYg/Vr3p9L4T5bE/s1600/Shark_SLambert_03.jpg)

Mechanical Shark

This is a high-quality 3D model of a sci-fi combat soldier, fully equipped with futuristic tactical gear and detailed armor. Featuring PBR textures, realistic material definition, and advanced hard-surface design, this character is perfect for use in games, cinematics, or concept art.

The model includes a detailed helmet with sensors and antenna, modular armor plates, and a full-body tactical outfit with tech-enhanced details. Inspired by a mix of military realism and science fiction, this trooper could fit into a near-future battlefield or a galactic conflict.

🛠️ Features:

Fully textured with PBR maps (Albedo, Normal, Roughness, etc.)

Game-ready topology

Realistic sci-fi gear: helmet, radio module, utility vest, leg armor

Rigged and posed in T-pose (if applicable)

Ideal for FPS games, cinematic cutscenes, or VR environments

🎮 Recommended For:
Sci-fi shooters, strategy games, VR training simulations, or cinematic animation projects.

Sci-Fi Soldier / Futuristic Combat Trooper

A dark knight, inspired by "Dark Souls" and "The Lord Of The Rings". 
My focus with this project was to practise hard-surface modeling along with some animal study.

The groundstuff was made by using megascans.

The Dark Wraith

This is an accurate hard-surface model of the dotApollo, created in Plasticity using physical measurements. Its modular design with removable panels and buttons makes it a perfect base for custom design concepts. This is my first experience in CAD - modeling, so the model might need some adjustments, if you will use it for 3D printing or CNC production. 

E-mail or DM me for STEP - source file, I will provide it for free (you can donate any summ if you want).

Check out some renders of this on my ArtStation: https://www.artstation.com/artwork/gReJVG ; https://www.artstation.com/artwork/a0lyG8

coloss.orders@gmail.com \\ or comment if you are waiting for anwser.

dotApollo by dotmod & Mission XV + Custom

PulseDet X9 Core

A hard-surface explosive device concept designed for real-time applications in games and cinematic environments.

This project focuses on modular construction, clean topology, and realistic industrial detailing. Special attention was given to wiring complexity, surface wear, and material breakup to achieve a believable mechanical look.

Breakdown:
• Fully modeled high-poly asset
• Optimized low-poly version for real-time rendering
• PBR textured using Substance Painter
• Clean UV layout for efficient texturing

Technical Details:
• Software: Maya 
• Texturing: Substance Painter / Photoshop
• Rendering: Marmoset Toolbag / Sketchfab viewer
• Maps: Base Color, Roughness, Metallic, Normal, AO

Features:
• Modular cylindrical core structure
• Detailed control panel with wiring system
• Realistic material variation and edge wear

This asset is part of my ongoing portfolio focused on hard-surface props for game and VFX production.

Feedback is welcome.

PulseDet X9 Core

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

A stylized mid-poly 3D model inspired by the Lamborghini Aventador, created in Blender as a hard-surface modeling practice project.

This model focuses on capturing the iconic aggressive silhouette of the Aventador while maintaining a simplified, stylized topology suitable for real-time rendering and portfolio presentation.

The mesh is designed with clean edge flow and balanced polygon density, making it subdivision-friendly. With a single Subdivision Surface modifier applied, the model can easily transition into a high-poly version while preserving its overall form and curvature.

Key Features:
• Stylized interpretation of the Lamborghini Aventador
• Mid-poly topology optimized for real-time rendering
• Subdivision-ready mesh (one modifier away from high-poly)
• Distinct angular body panels reflecting the Aventador design language

Software Used:
Blender 4.4

This project was created as part of my exploration of vehicle modeling, focusing on stylized hard-surface workflows and subdivision-friendly topology.

Lamborghini Aventador – Stylized Mid Poly

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

A stylized, retro-futuristic exploration of a machine designed to generate and process complex emotions. This piece blends hard-surface mechanical design with organic, high-gloss forms. Created as part of a series exploring the "digitization of the heart."

Technical Specs:

Modeling: Blender (Hard Surface & Sub-D)

Texturing: PBR Workflow (Base Color, Roughness, Metallic, Emissive)

Aesthetic: Stylized Pop-Art / Toy Design

Pop up Heart

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

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.

Classic Sci-Fi Flying Saucer UFO

This is a hard-surface robotic spider model created with a focus on clean topology and optimized edge flow. The model features a mechanical design with articulated legs and industrial details. This wireframe render highlights the quad-based topology and subdivision-ready geometry used for production workflows.

The asset was created as part of my hard-surface modeling practice focusing on clean mesh structure, mechanical detailing, and proper geometry distribution.

Software Used:
• Autodesk Maya
• Substance Painter (for textured version)

Technical Details:
• Clean quad topology
• Subdivision ready mesh
• Hard surface workflow
• Game-ready structure
• Optimized geometry flow

Sci-Fi Spider Drone | Hard Surface Robot Asset

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

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

CL1M07 - Retro-Futurist Compact SUV

This project showcases a complete product visualization set featuring a protein supplement container and shaker bottle, developed as part of a focused study in hard-surface modeling and UV mapping.

The “Primal Power” branding concept was developed to convey strength and intensity, with label elements integrated through texture mapping and material workflows. Special emphasis was placed on achieving believable material response, proper label placement, and consistent surface detailing across both models.

Both assets were fully modeled and UV unwrapped with attention to clean topology, efficient UV layout, and accurate real-world proportions. The goal was to create a cohesive product pair that reflects a strong brand identity while maintaining technical precision in asset creation.

Primal Power – Protein Container & Shaker

Futuristic sci-fi pilot chair inspired by advanced spacecraft and cyberpunk technology.
The design combines ergonomic seating with complex mechanical structures, glowing interface elements, and sleek hard-surface panels.

The chair features integrated armrests, illuminated details, and a high-tech base structure suitable for spaceship interiors, futuristic laboratories, or cyberpunk environments.

Ideal for:

sci-fi environments

spaceship interiors

cyberpunk scenes

futuristic architecture visualization

game assets and cinematic projects

This model was designed as a high-tech concept furniture piece inspired by advanced aerospace seating systems.

Cyberpunk Pilot Seat

Stylized skateboard and mini half-pipe environment created in Autodesk Maya and rendered using Arnold.

This project focuses on hard-surface modeling, material definition, and controlled studio lighting.

Software:

Modeling: Autodesk Maya

Texturing: Substance Painter

Rendering: Arnold

Project Focus:

Custom illustrated deck design

Wood, metal, and rubber material development

Roughness and surface variation control

Studio lighting setup using Arnold area lights

skateboard

Coffee Set – Stylized Espresso Preparation Props

A small stylized coffee preparation set created in Blender.
The scene includes several common coffee-making objects arranged in a simple lineup, making it suitable for prop practice, stylized environments, or learning renders.

Objects included:
• Espresso machine
• Portafilter
• Tamper
• Manual coffee grinder
• Coffee beans
• Coffee cup with saucer
• Mug with milk splash effect
• Additional cup

The models were created as a personal practice project focused on prop modeling, simple materials, and scene composition. The set explores basic hard-surface shapes and small everyday objects related to coffee preparation.

Software: Blender
Style: Stylized / simple props
Purpose: Practice modeling and rendering

Feedback is welcome ☕

FREE Coffee set

CL1M10 is a next-generation fleet concept that emphasizes visual identity and packaging efficiency. The front fascia is dominated by a branded grille insert and vertically stacked lighting that create a distinctive face for urban environments. The trailer uses a premium textured skin with large logo placement for high impact in city advertising and brand logistics. The chassis and wheel design favor simple, manufacturable shapes while keeping stylish, aerodynamic proportions. Use this model for high-quality renders, product visualization, or as a base for further engineering and PBR material work.

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.

CL1M10 - Next-Gen Fleet Truck

CL1M15 is a futuristic concept sedan designed for high-end visualization and concept presentations. Clean surfacing, sculpted wheel arches, and a bold grille create a luxury aesthetic while compact proportions keep it versatile for studio renders, automotive portfolios, and concept showcases.

Design language & highlights

Smooth continuous surfaces with crisp character lines for reflective studio renders.

Distinctive front grille and classic round-cluster headlight housings merged with modern LED accents.

Sculpted side panels, subtle venting on the hood, and integrated tail light signature that reads well in both close up and thumbnail shots.

Download CL1M15 — a photo-real, PBR-ready 3D concept sedan for visualization, product shots, and realtime use. Includes 3MF / OBJ / glTF, layered textures, and customizable materials.

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 - Concept Sedan 3D Car Model

Small project I started at home to practice hard-surface modeling and realistic texturing. The scene shows two vintage gas pumps and a street lamp on a simple concrete base.

The goal was to create a game-ready prop with clean topology while giving the materials some subtle wear so the pumps feel a bit used and believable.

Feedback is always appreciated!

Software: Blender & Photoshop

Gas Station [vintage]

Unique handmade 3D coach with PBR textures and emissive LED lighting. Multi-format (GLB/FBX/OBJ), LODs included — perfect for games, renders & AR.

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.

CL1M02 - Stylized bus coach concept

**🔫 Modular Sci-Fi Pistol – Game Ready 3D Asset**

This is a high-detail, hard-surface sci-fi pistol designed for real-time applications including games, cinematics, and interactive media. The model features a clean, modern futuristic design language with modular attachments and strong mechanical readability.

**✨ Design Features**
Angular futuristic slide with segmented panel detailing

Integrated top rail system for optics or modular attachments

Tactical under-barrel mount area

Ergonomic grip with sculpted finger grooves

Layered mechanical components for depth and realism

Clean hard-surface bevels for optimal light response

The silhouette emphasizes a compact yet powerful profile suitable for cyberpunk, military sci-fi, or near-future environments.

**🛠 Technical Details**
Optimized for real-time rendering

Clean topology suitable for baking and texturing

Hard-surface subdivision-ready geometry

Clearly defined mechanical separation for easy material ID assignment

Ideal for PBR texturing workflows

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