Miller Park Stadium Low-poly 3D model

cgtrader

Miller Park stands tall as a baseball stadium located squarely within Milwaukee, Wisconsin's landscape. Home to the storied Milwaukee Brewers, the city's cherished Major League Baseball team, this iconic ballpark rose from the ground in 2001, carefully crafted as a direct replacement for historic Milwaukee County Stadium. Nestled effortlessly southwest of Interstate 94 and Miller Park Way's vibrant intersection, the stadium presents an unparalleled blend of tradition and modernity. The awe-inspiring structure of Miller Park showcases one of Wisconsin's most substantial construction projects in history, majestically standing from its foundational work initiated in 1996 to its completion in 2001. Its roof is designed with a groundbreaking, fan-shaped flair, masterfully engineered for the roof panels to harmoniously swing open and shut from both first- and third-base areas towards center field in perfect synchrony. Crafted to deliver unmatched realism and detail, Miller Park's three-dimensional model offers uncompromising accuracy, paired with rich textures of impeccable quality. Designed within the sophisticated parameters of Rhinoceros 5, this masterfully crafted model includes a wealth of elements presented as standalone groups for simplified editing or removal, enabling standard parts to be effortlessly replaced. Offered in multiple configurations, Miller Park's model stands tall not just on its unique design, but also through user-driven flexibility. A dedicated section offers the user to either download an existing version for personal or professional use according to the following file types: *.3dm This model will appear natively within Rhinoceros 5 and allows for smooth interaction without any external formatting required. *.3ds As one of its versatile format options, this 3d model will run perfectly within the multi-formats capable applications that allow seamless integration. *.dwg A direct export compatible with AutoCAD environments. *.fbx Designed to perfectly suit motion-building functionalities with an optimized interface.