Statically indeterminate structures are often favored in real-world applications due to their inherent construction methods, as most traditional buildings are not statically determinate. While statically determinate structures allow for straightforward calculations of internal and reaction forces based solely on geometry, they can lead to design limitations, such as the need for diagonal supports that disrupt aesthetics. Statically indeterminate designs can accommodate complex loading conditions and provide redundancy, enhancing structural safety. However, the challenge lies in their more complicated analysis and material requirements. Ultimately, the choice between statically determinate and indeterminate structures depends on specific design needs and constraints.