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Toyota Land Cruiser 300 – High-Quality 3D Model
Bring the iconic Toyota Land Cruiser 300 to your games, animations, automotive visualizations, simulations, and high-quality rendering projects with this detailed and fully animated 3D vehicle model.
This model is created with a strong focus on realistic proportions, detailed geometry, optimized topology, and functional vehicle components. It includes a highly detailed exterior and interior, a fully modeled engine, suspension system, openable doors and hood, and animation for interactive presentations.
Key FeaturesHigh-quality Toyota Land Cruiser 300 3D model40,837 polygons45,786 verticesHighly detailed exteriorFully detailed interiorDetailed engine and engine bayFully modeled suspension systemOpenable doorsOpenable hoodAnimated door and hood openingOptimized and clean topologySubdivision-ready geometryRealistic wheels, lights, mirrors, seats, dashboard, steering wheel, and interior detailsDifferent color schemesDifferent wheel optionsAdditional accessory optionsSuitable for high-quality renderingSuitable for games and real-time applicationsGreat for automotive visualization, animation, simulation, cinematics, and virtual environmentsAnimation
The model includes animations for:
Opening and closing doorsOpening and closing hood
The animations are available in the .BLEND file.
Technical Specifications
Polygons: 40,837Vertices: 45,786Rigged: YesAnimated: YesDoors: OpenableHood: OpenableEngine: Fully modeledSuspension: Fully modeledInterior: Highly detailedTopology: OptimizedSubdivision: Supported
Included Files.BLEND.FBXSuitable ForGame DevelopmentUnityUnreal EngineBlender3ds MaxMayaAutomotive Visualization3D RenderingAnimationCinematicsSimulationVirtual RealityReal-Time Applications
The model provides a combination of high visual detail and optimized geometry, making it suitable for both real-time projects and high-quality renders. The customizable colors, wheels, and accessories also allow you to create the exact vehicle look required for your project.
REVIEWS & COMMENTS
accuracy, and usability.
