EMU Train [Full Interior, High Poly]

About This Model

This high-fidelity EMU Train 3D model offers a detailed rendition of an Electric Multiple Unit designed for efficient commuter and suburban services. A standout feature is its comprehensive full interior, making the entire length of the train, including the first and last cars, available for passenger seating layouts. This design choice mirrors real-world EMUs, which operate without separate power cars to maximize usable space. Capable of licensed speeds up to 200 km/h (125 mph), with typical service speeds around 160 km/h (100 mph), this asset captures the essence of modern rail transport. You can see the model in action through this Source reference.

Technical Details

Crafted as a high-poly asset, this EMU Train provides extensive detail suitable for close-up renders and demanding visualizations. Its robust mesh structure ensures quality across various platforms.

• Includes 1.9 million triangles and 1 million vertices for intricate detail.
• Provided in versatile 3D Model formats: FBX, OBJ, and BLENDER.
• Comes complete with TEXTURES and Materials for immediate use.
• Categorized under Cars & Vehicles, and Science & Technology.

Where It Fits Best

The EMU Train model is an excellent choice for projects requiring a realistic and detailed modern passenger train. Its full interior makes it particularly well-suited for architectural visualization of stations and routes, immersive simulations, or cinematic sequences where passengers might be visible inside. Whether you’re developing content for Unity, Unreal Engine, or creating high-quality renders, this asset provides a solid foundation for urban or intercity transport scenarios.

Explore Similar Assets

For those expanding their collection of rail vehicles or exploring different types of transportation, consider other options in our marketplace. You might also be interested in assets such as The Train of Motörhead for unique takes on locomotive design.

The product details show that the mesh is listed at 1.9M triangles; and 1M vertices.

For additional real-world context, see the Source reference.