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3d design 3D Design

Industrial VR Design Pack – Pumping Station, Gearbox, Mining Drill & Forklift

A 4-asset industrial set built for VR/AR training, engineering visualization & simulation.

Project Description

This industrial design collection includes 4 highly detailed engineering models used for VR training, visualization, and simulation.

🛢 Industrial Pumping Station A detailed pumping system featuring valves, fluid pipes, motor assembly, monitoring units, beams, safety railings, and hazard markings.

✔ VR/AR training

• Maintenance simulation

• Engineering demos

🔧 Automotive Gearbox Assembly A photorealistic gearbox with accurate mechanical components, shafts, gears, hoses, and exploded views for mechanical training.

✔ AR maintenance

• Study guides

• Manufacturing visualization

🚜 Underground Mining Equipment (Boomer Drill) A realistic tunneling drill with hydraulic arms, rugged wheels, pistons, and underground mining environment.

✔ Mining VR training

• Industrial simulations

• Emergency response

🚧 Doosan Forklift A fully functional forklift ideal for warehouse simulations featuring operational forks, dashboard, body detailing, and outdoor environment.

✔ Forklift VR training

• Logistics simulation

• Safety demonstrations

🛠 Technologies Used:

• 3D Modeling – Autodesk Maya / Max / Blender

• Texturing – Substance Painter, Photoshop

• Rendering – Unreal Engine / Unity

• Optimization – Low poly, LOD workflow

• Simulation – Maya constraints / Unreal Blueprint

Key Features

  • Industrial Pumping Station Model – Includes detailed pipes, valves, motors, monitoring systems, and safety structures for engineering simulations.
  • Automotive Gearbox Assembly – Accurate internal mechanical parts with gears, shafts, and hoses ideal for technical study and AR maintenance training.
  • Underground Mining Boomer Drill – Realistic tunneling equipment with hydraulic arms, rugged structure, and mining environment elements.
  • Doosan Forklift Simulation Model – Functional forklift with operational forks, dashboard controls, and warehouse training use cases.
  • VR/AR Ready Assets – Optimized models designed for immersive industrial training environments.
  • Photorealistic Materials – Realistic metals, wear marks, and industrial textures for authenticity.
  • Optimized for Real-Time Performance – Efficient topology and LOD systems ensure smooth VR simulation.
  • Multi-Industry Applications – Suitable for manufacturing training, mining safety simulations, logistics training, and engineering demonstrations.

Project Info

Client Internal Company Project
Project Type 3D Design
Year 2024
Technologies Maya, Blender, Substance Painter, Unreal Engine
Category Design & 3D Modeling
View Live Project

Project Goal

  • Develop a high-quality industrial 3D asset collection for immersive VR/AR training and engineering visualization.
  • Enable safe, interactive learning environments for industries such as manufacturing, mining, logistics, and mechanical engineering.
  • Provide accurate mechanical representations of real-world machinery for simulation, maintenance training, and technical demonstrations.
  • Support real-time simulation platforms used in training, education, and industrial safety programs.


Technical Details

  • 3D Modeling: Autodesk Maya, 3ds Max, Blender
  • Mechanical Detailing: High-precision hard surface modeling for gears, pipes, valves, and hydraulic systems
  • Texturing: Substance 3D Painter, Adobe Photoshop (PBR workflow)
  • Materials: Physically Based Rendering (PBR) materials for metal, rubber, paint, and industrial surfaces
  • Rendering Engines: Unreal Engine, Unity (real-time rendering)
  • Optimization: Low-poly game-ready assets with LOD (Level of Detail) workflow
  • Rigging / Simulation: Maya constraints and Unreal Engine Blueprint interactions
  • Export Formats: FBX / GLTF optimized for VR, AR, and real-time engines
  • Platform Compatibility: VR headsets, desktop simulations, and training applications


"The industrial models are extremely detailed and perfectly optimized for our VR training simulations. They accurately represent real-world machinery, making them invaluable for engineering education and safety training."

Internal Company Project