Sporty woman walking 48 Low-poly 3D model

cgtrader

This is a highly detailed 3d scanned model created using the photogrammetry technique, made possible by our custom built 3D scanner, which utilizes multiple Canon 200D cameras. The scan was thoroughly processed through Reality Capture and efficiently retopologized via ZRemesher within Zbrush. The model depicts a truly human-sized young woman of Caucasian appearance, sporting a sporty look and an elegant posture that is ideal for various architectural visualizations, including sports grounds, gyms, beaches, and more. This high-quality model is fully ready for use in architectural renderings, awaiting further detailing in Zbrush. Its versatility makes it an excellent addition to any architecture-related project. The product's technical specifications include: Digital double scan model Low-poly model Fully quad topology Clean and precise mesh Ready for subdivision Moreover, the download package comes with a comprehensive OBJ file that is compatible with numerous software applications, including 3ds Max, Maya, Cinema 4D, Unreal Engine, Unity, Blender, and others. An additional bonus within this package offers an impressive high-poly (.ztl tool) representation of the raw 3d scanned model in zBrush. This exciting feature will allow users to perform in-depth editing and sculpting of the purchased product. The company behind this amazing product is a passionate team of experts, specializing in photogrammetry, located in Kyiv. Their primary focus is on full body scanning for various industries such as VFX and gaming, as well as delivering high-quality post-production services like model clean-up, rigging, hair and clothes reconstruction, simulation, and PBR texturing. Their dedication to creating fully realistic characters from scratch sets them apart from other companies in the industry. With an unwavering commitment to excellence, they aim to turn every client's vision into a top-notch animation-ready 3D model accompanied by a rich PBR texture set. Regularly released high-quality 3d scans are eagerly anticipated and can be easily discovered by following their profile and keeping up with the latest developments in this field.