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Up-and-over garage door

Realistic 3D model of an up-and-over garage door, equipped with two arms for smooth and reliable opening.

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Preview can be downloaded for free. Full quality is available after registration for 1 credit.

Preview is free. Full quality requires registration and 1 credit.
3D model of up-and-over garage door with two arms, wood and metal imitation
Up-and-over garage door 3D model of up-and-over garage door with two arms, wood and metal imitation

Model details

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Description

Overview and production context

Introducing a highly detailed 3D model of an up-and-over door designed for garages. This model accurately replicates the two-arm mechanism, ensuring mechanical reliability and smooth operation. The door features a modern style with simulated wood panels and a sturdy metal frame, giving it a realistic appearance. The model is ideal for use in architectural visualizations, game projects, and for 3D printing as a detailed component.

How to use this model

Use cases, fit and pre-production checks

This 3D up-and-over door model is excellent for 3D printing. Standard materials like PLA or ABS are recommended, with supports for overhangs. Scaling is possible within a wide range, but for detail preservation, printing at 1:24 scale or larger is advised. The model also integrates perfectly into game engines (Unity, Unreal Engine) due to its optimized topology and textures, ensuring high performance in AR/VR applications. It can serve as a standalone decorative element in interior projects or as part of a larger garage scene.

FAQ

Answers for this exact model page

What are the main features of this 3D garage door model?
The model accurately replicates the two-arm up-and-over door mechanism, features realistic wood and metal textures, and is optimized for various applications.
Can this model be used in games or AR/VR?
Yes, the model is optimized for use in game engines and AR/VR applications, ensuring good performance and visual quality.
What are the 3D printing recommendations for this model?
Printing with PLA or ABS is recommended, using supports for overhangs. Scaling is possible, but for detail preservation, larger scales are better.