Great games. Created together.

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    Vehicles

    Vehicles for any terrain—land, sea, air, or space—with smooth performance and seamless gameplay integration.

    Realistic racing cars; rugged military hardware; futuristic spacecraft; fantasy mounts. Our teams combine engineering authenticity with artistic vision—handling, physics, visual feedback, and player immersion. 

    What we do

    Design exploration and visual identity for diverse vehicle types.

    High-detail models with accurate mechanical parts, gameplay-optimized.

    Suspension, wheels, destruction states, dynamic behaviors.

    Wheels, doors, turrets, wings, complex mechanical systems.

    Engine effects, exhausts, weapon fire, damage, environmental interactions. 

    LODs, physics, collision meshes, engine integration.

    Our work

    Our expertise

    Pipeline development

    Efficient workflows with modular systems and rapid iteration for fleets.

    Simulators

    Authentic simulation—realistic handling and physics for racing, flight, and driving.

    Racing

    High-performance vehicles with accurate aerodynamics and esports-ready quality.

    Customization

    Body kits, paint jobs, decals, performance parts, player personalization.

    CADs and blueprints

    Real-world reference and technical accuracy for authentic design.

    Sci-fi vehicles

    Spacecraft, hovercrafts, mechs—believable mechanical design.

    Mechanics

    Working parts, suspension systems, engine bays—immersive functionality.

    Industrial design

    Engineering principles, ergonomics, aerodynamics, functional design.

    Our cases

    Diverse fleets for racing games, military shooters, sci-fi adventures, and flight simulators. Photorealistic to imagined—authentic, responsive, gameplay-enhancing. 

    See more

    Process Breakdown

    01

    Concept and reference

    Research or imagination, concept art, vehicle class and functionality.

    02

    High-poly modeling

    Detailed models—mechanical parts, wheels, interiors, moving components.

    03

    Low-poly and UV mapping

    Optimized topology, efficient UVs, normal map bakes.

    04

    Texturing and materials

    PBR for metal, glass, rubber, paint—damage, dirt, platform optimization.

    05

    Rigging, physics, and integration

    Suspension rigged, physics setup, collision meshes, engine integration, handling validation.

    Related Solutions

    We believe in the power of digital. Let’s connect.

    Get in touch today.