Introducing the remarkable 3D lowpoly model of a beach lifestation, a crucial structure for ensuring safety and providing aid along the coast. Designed with precision and attention to detail, this model brings authenticity and functionality to your virtual beach scenes or architectural visualizations.
Crafted to optimize performance without compromising quality, this lowpoly lifestation model seamlessly integrates into any 3D environment. With realistic textures and materials, it adds a touch of realism to your projects, making them more immersive and engaging.
Whether you're creating a lifeguard training simulation, a beach resort visualization, or a beachfront game environment, this lifestation model is an essential asset. It features all the key components, including observation towers, rescue equipment, first aid stations, and lifeguard towers, ensuring a comprehensive representation of a functioning lifestation.
Perfect for game developers, animators, and architects, this versatile model is easy to customize and adapt to your specific project requirements. Enhance the realism and effectiveness of your beach-themed projects with this exceptional lowpoly lifestation model.
Invest in this lifestation 3D model today and elevate the quality and authenticity of your virtual beach environments, training simulations, or architectural visualizations. Ensure safety and create an immersive beach experience for your audience.
Polygons :6826
Vertices :13653
Project made in Blender v2.83, but it also opens in earlier versions!
The model is also available in different formats for your convenience:
obj
dae
fbx
blend
Stl
This is one model from a whole pack on the theme of Beach Sunday , go to the profile and find other useful models!
Thank you for your purchase and I'm always in touch if you have any questions or problems!
BLEND (Blender, filesize: 769 KB), OBJ (OBJ, filesize: 280 KB), FBX (Autodesk FBX, filesize: 676 KB), TEXTURES (Textures, filesize: 413 MB), DAE (Collada, filesize: 469 KB), STL (Stereolithography, filesize: 220 KB)
