Midtown City 3D model

cgtrader

Midtown City Low-Poly 3D Model Unveiled for Virtual Reality, Augmented Reality and Real-Time Apps The latest Midtown City low-poly 3D model is now ready for use in a wide range of virtual reality (VR), augmented reality (AR) games, and other real-time apps. This cutting-edge cityscape is a treasure trove of detail and customization options. Midtown City At its core, this highly detailed modular city is made up of intricately designed buildings, road tiles, street furniture, textures, and much more. What sets it apart from other cityscapes is its ability to be broken down into smaller, 100x100 meter (328x328 feet) road tiles or blocks. These versatile components can easily be mixed and matched to add high-level detail to real-time environments. Four unique 100x100m road tiles - Block 1, Block 2, Block 3, and Block 4 - make up this impressive set. With their modular design, they allow creators to customize the city to their heart's content. Each tile is expertly crafted to ensure seamless integration with other elements of the city. File Format: A Native Solution for Enhanced Productivity This low-poly 3D model is created natively in 3ds Max 8, eliminating the need for external software and reducing setup times significantly. The file includes textures, ensuring that users can work efficiently without worrying about texture conversion or asset management. Included in the Set: * Four distinct road tiles, each measuring 100x100 meters (328x328 feet) * A total of 44 meticulously designed buildings * Various street furniture and decorative elements, such as: + Streetlights and traffic lights for added realism + Mailboxes and trash cans for authenticity + Trees for depth and dimensionality + Phone booths and air conditioning units for attention to detail + Kiosks/newsstands for visual interest + Bus stops and subway entrances for a dynamic feel + Street signs and seating areas for realism + Satellite dishes for cutting-edge technology * A superb multi-purpose texture set for limitless customization possibilities Modelled by: Kristijan Ilic at Kasiopy Studios